The Crime Of The Justice System - 1482 Words

Youth in the Justice System Nowadays, murders, rapes and other heinous crimes can be committed by anyone. A fourteen-year-old teenager who murders someone or does a massacre in school can be often seen from the headline news of newspaper. However, these youth criminals may have much less severe punishment than adults may have who have done the same crime. A criminal is a criminal that must be punished as no difference between adult and youths if the crimes committed are heinous crimes such as murder and rape. A bullet wound hurts just as much when a child as fires the gun as when an adult fires the gun. Therefore, regardless to age, the youths who commit heinous crimes like murder and rape should be charged as adults and get the punishment†¦show more content†¦Those heinous crimes such as murder or rape are now often committed by those who are not even in high school yet. The age group of these criminals is surprisingly young. For example, according to â€Å"Right from Wrong† in the Seattle Time s news, â€Å"in Seattle, a 13 year-old boy has been found guilty of murdering a 14-year-old girl; which is the youngest person committing first-degree murder in King County Superior Court.† Another story states about â€Å"a 10-year-old is accused of robbing and threatening to kill an elderly woman.† (Carey, 1994) If the juvenile court offered those really young criminals with only a rehabilitation, those young criminal from the story above would start having the idea of that the consequences of killing is merely a rehabilitation just like stealing, or shoplifting. According to author Kathleen, â€Å"each state has special courts usually called juvenile courts; to deal with minors who have been accused of violating a criminal statute. The proceedings are civil as opposed to criminal. So, instead of being formally charged with a crime, juvenile offenders are accused of committing a delinquent act.† (Kathleen) The term â€Å"delinquent act† comparing to the term â€Å"crime† is less severe. The term â€Å"delinquent act† makes the â€Å"crime† committed by teenager sounds nothing more than a child’s misbehavior. It makes these who being tried in a juvenile court seem like they

Motivation And The Reluctant Learner - 2943 Words

Running head: MOTIVATION Motivation and the Reluctant Learner Jennifer F. Olivares University of Wisconsin – La Crosse Blended Learning Community, ME-PD Abstract Successfully motivating all students to want to learn and to work to their full potential is undoubtedly a complicated task. Motivation is impacted by a variety of internal and external as well as social and cultural factors and is unique to every individual. Several motivation theories exist to help better explain and understand motivation. Strategies and techniques related to these motivation theories can be implemented within the classroom setting with the goal of successfully motivating students. The role of educators and the classroom environments they create is†¦show more content†¦As someone who thrived on positive feedback and recognition from my teachers throughout my educational career, I also struggle with why my positive reinforcement is not enough to prompt unmotivated students to turn in their homework or put forth their best efforts. As a person who greatly valued the grades she achieved, I feel frustrated when capable students’ grades do not reflect th eir knowledge or abilities because they choose not to study or turn in homework assignments. Working as a high school Spanish teacher, I often find myself questioning what I can do to motivate all of my students to want to learn and be successful within my classroom. Despite my best efforts, there always seems to be a handful of students every semester who I struggle to successfully motivate. There is a constant battle to get these students to turn in their homework, put forth sincere effort on their assignments, or adequately prepare themselves for assessments. This causes me great frustration as I see the potential all students have to excel if successfully motivated to learn Spanish and try their best. With this idea in mind, I wanted to learn more about motivation and, more specifically, motivating students within the classroom.

Samson and delillah Free Essays

The following case study is an exploration of the Australian film Samson and Delilah which features the impact that the volatile substance abuse [VSA] of petrol sniffing has on one of the characters in the film, Samson. I have chosen him to be the basis for my client and case-study and will begin by giving a description of the character, his family life and the social context to start this case-study. I will then provide an assessment and case formulation as well as Samson’s psychosocial needs and his volatile substance abuse of petrol sniffing. We will write a custom essay sample on Samson and delillah or any similar topic only for you Order Now The substance abuse counselling model hat I would draw on is explained, as well as the usefulness for Samson in the situation that he is in. I have explained the way in which I would work with Samson and also analysed research that is relevant to Samson’s dependence on sniffing petrol and discussed any likely outcomes. In concluding this case-study I have listed any challenges that I feel he would face and identified any ethical issues that may arise. Background Information Samson is a 14 year old Indigenous Australian male who lives in a remote Aboriginal Community in the central Australian desert. Samson lives with his rothers who hang out in their run down shack, playing music from the moment that they wake up until the moment that they go to sleep. When Samson wakes up in the morning the first thing that he reaches for is his canister of petrol and starts sniffing the fumes that enable him to get high. Samson doesn’t go to school or have any direction in life, he seems to be very bored and spends his days hanging around the community, doing nothing but getting high on petrol fumes. Samson runs away from the community with his girlfriend Delilah after Samson has a violent fight with his rother and Delilah is attacked by the older women after her beloved grandmother dies. They go to the city where they camp out under a bridge, they have no money and in order to eat, and have to rely on a homeless man that they meet to feed them or steal food from the local supermarket. Delilah is kidnapped as they are both walking along which Samson is oblivious too as he is so high on petrol fumes. His girlfriend is raped and bashed by the abductors, but when she returns back to the camp Samson is unconscious on the ground, passed out from sniffing petrol. Delilah tarts sniffing petrol as well and is hit by a car as they are walking along the road, which Samson is once more oblivious too, as they are both high on petrol fumes. Delilah recovers in hospital, comes back and takes Samson to a remote property where she intends on helping him to dry out, but finds him sniffing petrol again. Assessment of Samson Samson has been heavily abusing this volatile substance to the point where he is physiologically dependent on sniffing petrol . Behave Net(2013) explain that substance dependence can be diagnosed when an individual continues to use the rug, even though there are problems associated with the use of the volatile substance. Samson has built up a tolerance to the petrol and seems to need increased amounts of this substance in order to attain the desired level of intoxication. Rassool (2009) confirms this, stating that when a body adjusts to the habitual use ot a drug, tolerance occurs as higher doses ot the substance are needed to â€Å"reproduce the desired or similar cognitive, affective or behavioural effects† (p. ). Petrol sniffing is a form of volatile solvent abuse [VSA] that is more common in isadvantaged or isolated communities which reflects the history of cultural oppression, poor health, unemployment, recreational opportunity and geographical isolation of remote Indigenous Australians( Dingwall, Lewis,Maruff ; Cairney 2010). Research has shown that 14 to 17 year old Indigenous Australian males a re more habitual in the use of VSA by using more frequently and longer than non- Indigenous users (Australian Government Department of Health and Aging Publications, 2004). High risk behaviours are associated with VSA due to the individual feeling a sense of eing invulnerable, which can cause accidents, injury and death (Cairney; Dingwall, 2010). VSA can also cause the individual to have violent outbursts towards other individuals as well as showing signs of slurred speech, confusion and stupor which can lead to seizures, brain injury and death (Australian Government Department of Health and Aging Publications, 2004). Samson is showing all the signs of chronic use of VSA in relation to his oblivion of all of the trauma that has resulted from his dependence on petrol. I feel that Samson is bored because of the lack of recreational ctivities as well as schooling, there also does not appear to be any cultural programs in place to guide him in helping him with a sense of identity, or any real family support including the sharing of the cultural knowledge of elders. Intervention Plan Although there are screening tools such as The Indigenous Risk Impact Screen and Brief Intervention Tool Kit (Amity Community Services, n. d), I feel that the best approach in helping Samson and his dependence on VSA, is to consult with community elders as he is not only a minor, but there are also a lot of cultural arriers that would make it very difficult to counsell him unless the person were specially trained. It would be especially difficult as Samson speaks his traditional language and very little English. Cairney and Dingwall (2010) find that it is hard for the problem of VSA to be managed and the impact of it to be understood by Indigenous communities as well as health and government services because of the severe cultural differences that occur between these groups. Aboriginal people have a kinship structure where immediate and extended family are seen as part of the roup and within Indigenous communities their health is seen as a collective of the emotional, social and cultural wellbeing of the community (Pattel, 2007). I have personally never worked with clients with VSA, but I feel that motivational interviewing would also benefit Samson’s brothers and their community in helping them overcome the problems of VSA. Giddens-Tracey (2005) explains that motivational interviewing is non -Judgmental and avoids confrontation, it helps to raise awareness of the problems, risks and consequences as a result of certain ehaviours, and it is also helpful in the context of treatment planning. MacLean and d’Abbs (2002) also believe that the introduction of Youth focused programs and the accessibility of basic food, shelter and education would reduce petrol sniffing, which would greatly benefit Samson if these projects were to be put in place. Cairney and Dingwall (2010) also suggest that by replacing the volatile petrol with a non-volatile fuel derivative there will be a reduction in the supply of petrol to inhale. Treatment Process I believe that the first step that would need to be taken in the process ot treating Samson is to have a doctor or health practitioner examine him for any signs of medical complications. The Australian Government Department of Health and Aging Publications (2004) suggest that when dealing with chronic VSA, it is important for â€Å"mental state, organ and neurological examination, chest x-rays, blood tests and any additional tests that may be required to assess the presence of metabolic disturbances and morbidity to other organs such as the kidneys†(p. 142). SVA has been a serious problem in many remote Aboriginal communities and there are many rograms that have been put in place to help these Indigenous youth. The volatile substance abuse program (The Australian Indigenous Health Info Net, 2013) runs for 8 weeks offering residence to individuals participating in their programs. They also travel to remote communities to work with Indigenous youth who are having problems with petrol sniffing. Although these services would be great for youth in bigger communities with elder support, I feel that Samson would be more beneficial in attending compulsory treatment Wouth workers back petrol sniffing laws†, 2009) ue to his lack of family and elder support as well as his young age. By contrast If Samson did have the support of his brothers I feel that he would benefit from Cultural programs that would give him a sense of identity that teach him the ways of his ancestors by restoring the links to his traditional culture(MacLean d’Abbs). Ethical Issues The first and foremost issue that would affect a counsellor working with Samson is their ability to be aware and respectful of any cultural differences or traditions. Westerman (2004) ,Vicary and Andrews (2001) McLennan and Khavarpour( 2004) ropose that due to non-indigenous health care workers being aware of cultural traditions and practices, many Indigenous Australians are wary of engaging in mental health services( as cited in Fan,2007). There is also the issue of gender roles in Indigenous culture, Fan(2007) also explains that it is common practice in health care to work with your same gender, so it may not be respectful for a female counsellor to work with Samson as he may feel shame, which may have a detrimental effect on his treatment and recovery process. As a counsellor there is also the ethical esponsibility of working with a minor, as Samson is only 14 years old. The Psychotherapy and Counselling Federation of Australia [PACFA] (2011) states that â€Å"Working with young people requires specific training, ethical awareness and competence. The practitioner is required to consider and assess the balance between young people’s dependence on adults and carers and their progressive development towards acting independently’ (p. 14). Therefore I feel that it would be advisable to refer Samson on to a culturally appropriate service that would be more equipped to help his needs. Conclusion In concluding this case study on a young 14 year old Indigenous Australian who is dependent on sniffing petrol we can see that Samson has built up a tolerance to the petrol and seems to need increased amounts of this substance in order to attain the desired level of intoxication. Petrol sniffing is a form of volatile solvent abuse [VSA] that is more common in disadvantaged or isolated communities which reflects the history of cultural oppression, poor health, unemployment, recreational opportunity and geographical isolation of remote Indigenous Australians. VSA can also cause the individual to nave violent outbursts towards other individuals as well as snowing signs of slurred speech, confusion and stupor which can lead to seizures, brain injury and death. The first step that would need to be taken in the process of treating medical complications. Cultural programs that would give Samson a sense of Cultural identity would benefit him greatly if he had support from his family but I feel that Samson would be more beneficial in attending a compulsory culturally appropriate service treatment due to the ethical issues surrounding his age. How to cite Samson and delillah, Papers

Biology Paper Carbon Dating Essay Example For Students

Biology Paper: Carbon Dating Essay Period: 8During the first part of class we talked about Isotopes andcarbon dating. This subject caught my attention unlike other lessons, so Idecided to do my report on this topic. It is not very controversial, theonly controversy being if it is accurate or not. Carbon dating iscontroversial in that is shares some of the fundamental assumptionsinherent to all Radiometric Dating techniques. In order for Carbon Datingto have any value, Carbon-14, produced in our outer atmosphere as Nitrogen-14 and changed into radioactive Carbon-14 by cosmic-ray bombardment, andmust be at equilibrium in our atmosphere. In other words, the productionrate must be equal to the decay rate. Therefore, the question I pose isthis; is carbon dating an effective way of telling the date of artifacts?The first thing I will discuss is how carbon dating works. Carbon-14is the radioactive version of Carbon. Radiation from the sun strikes theatmosphere of the earth all day long. This energy produces radioactiveCarbon -14. This radioactive Carbon-14 slowly decays into normal, stableCarbon-12. Laboratory testing has shown that about half of the Carbon-14molecules will decay in 5730 years. After another 5730 years half of theremaining Carbon-14 will decay, leaving only of the original Carbon-14. It goes from to to 1/8, ect. In theory it would never totallydisappear, but after about 5 half lives the difference is not measurablewith any degree of accuracy. This is why most people say that carbon datingis only good for objects less than 30,000 years old. Since sunlight causes the formation of Carbon-14 in the atmosphere,and normal radioactive decay takes it out, there must be a point where theformation rate and the decay rate equalize. This is called the point ofequilibrium. Let me illustrate; if you were trying to fill a barrel withwater but there were holes drilled up the side of the barrel, as you filledthe barrel it would began leaking out the holes. At some point you would beputting water in and water would be leaking out at the same rate. You willnot be able to fill the barrel pas this point. In the same way Carbon-14 isbeing formed and is decaying out simultaneously. A freshly created earthwould require about 30,000 years for the amount of Carbon-14 in theatmosphere to reach this point of equilibrium because it would leak out asit is being filled. Tests indicate that the earth has yet to reachequilibrium. This would mean that the earth is not yet 30,000 years old. This also means that plants and animals that lived in the past had lessCarbon-14 in them than they do today. This one fact totally upsets dataobtained by Carbon-14 dating. Yet another example is a candle you find burning in a room. You couldmeasure the present height of the candle (say, seven inches) and the rateof burn (say, an inch per hour). In order to find the length of time sincethe candle was lit we would be forced to make some assumptions. We wouldobviously have to assume that the candle has always burned at the samerate, and the initial height of the candle. The answer changes based on theassumptions. Similarly, scientists do not know that the Carbon-14 decayrate has been constant. They do not know that the amount of Carbon-14 inthe atmosphere is constant. Present testing shows the amount of Carbon-14in the atmosphere has been increasing ever since it was first measured inthe 1950s. This may be tied in to the declining strength of the magneticfield, but this has not yet been proven. .u6b880b1e9536e3e406b1eb8c75082022 , .u6b880b1e9536e3e406b1eb8c75082022 .postImageUrl , .u6b880b1e9536e3e406b1eb8c75082022 .centered-text-area { min-height: 80px; position: relative; } .u6b880b1e9536e3e406b1eb8c75082022 , .u6b880b1e9536e3e406b1eb8c75082022:hover , .u6b880b1e9536e3e406b1eb8c75082022:visited , .u6b880b1e9536e3e406b1eb8c75082022:active { border:0!important; } .u6b880b1e9536e3e406b1eb8c75082022 .clearfix:after { content: ""; display: table; clear: both; } .u6b880b1e9536e3e406b1eb8c75082022 { display: block; transition: background-color 250ms; webkit-transition: background-color 250ms; width: 100%; opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #95A5A6; } .u6b880b1e9536e3e406b1eb8c75082022:active , .u6b880b1e9536e3e406b1eb8c75082022:hover { opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #2C3E50; } .u6b880b1e9536e3e406b1eb8c75082022 .centered-text-area { width: 100%; position: relative ; } .u6b880b1e9536e3e406b1eb8c75082022 .ctaText { border-bottom: 0 solid #fff; color: #2980B9; font-size: 16px; font-weight: bold; margin: 0; padding: 0; text-decoration: underline; } .u6b880b1e9536e3e406b1eb8c75082022 .postTitle { color: #FFFFFF; font-size: 16px; font-weight: 600; margin: 0; padding: 0; width: 100%; } .u6b880b1e9536e3e406b1eb8c75082022 .ctaButton { background-color: #7F8C8D!important; color: #2980B9; border: none; border-radius: 3px; box-shadow: none; font-size: 14px; font-weight: bold; line-height: 26px; moz-border-radius: 3px; text-align: center; text-decoration: none; text-shadow: none; width: 80px; min-height: 80px; background: url(https://artscolumbia.org/wp-content/plugins/intelly-related-posts/assets/images/simple-arrow.png)no-repeat; position: absolute; right: 0; top: 0; } .u6b880b1e9536e3e406b1eb8c75082022:hover .ctaButton { background-color: #34495E!important; } .u6b880b1e9536e3e406b1eb8c75082022 .centered-text { display: table; height: 80px; padding-left : 18px; top: 0; } .u6b880b1e9536e3e406b1eb8c75082022 .u6b880b1e9536e3e406b1eb8c75082022-content { display: table-cell; margin: 0; padding: 0; padding-right: 108px; position: relative; vertical-align: middle; width: 100%; } .u6b880b1e9536e3e406b1eb8c75082022:after { content: ""; display: block; clear: both; } READ: Mice and Men Analysis EssayThis dating technique assumes that Carbon-14 has reached equilibrium. There is more Carbon-14 in our atmosphere today then there was at any timein the past. Thus, Carbon Dating is controversial. If theres more Carbon-14 in the atmosphere today than there was 50 years ago, then an animal thatdied 100 years ago would test at an artificially higher age. Many experiments have been done in attempts to change radioactivedecay rates, but these experiments have failed to produce any significantchanges. We have found that decay constants are the same at a temperatureof 2000 degrees Celsius or at a temperature of 186 degrees Celsius and arethe same in a vacuum or under pressure of several thousand atmospheres. Measurements of decay rates under differing gravitational and magneticfields also have provided negative

A simple Pendulum Essay Example

A simple Pendulum Essay My aim in this experiment was to see if the length of the string the bob was attached to effected the time taken for one oscillation.RESEARCHWhat a pendulum is:A pendulum is a body suspended by a fixed point so it can swing back and forth under the influence of gravity. Pendulums are frequently used in clocks because the interval of time for each complete oscillation, called the period, is constant.What effects the time for one period?When the bob is moved from equilibrium either left or right and then is released, it oscillates in a vertical plane in the shape of an arc of a circle. This is then reversed back to its starting position.The weight pulling down on the pendulum bob causes the bob to accelerate towards its normal resting point. This acceleration can be calculated by the formula a = -gA. The angle size can also be linked to the arc length, this is shown in the formula, x = LA. With L being the length of the string. This leads us to the equation for acceleration of a simple pendulum bob a = -g/L x. These two formulae then give us the formula for a period, this isWhere L = length of string from pivot to bobg = acceleration due to gravityT = time of period.This tells me that there are only two variables, that I have direct control over, that can effect the period of the bob. These are the angle, and the length of the string. There is one other variable and that is the force of gravity; this could vary because the pull of gravity is not uniform all over the earth.PREDICTIONI predict that the longer the length of string the longer it will take the pendulum to complete one period. This is because the length of the arc, the pendulum is travelling along is greater (x = 2?L = circumference) but the gravitational acceleration will remain the same. This prediction is also proved by the formulaHere if the length of the string is increased (L) then that side of the equation becomes larger because the size of the fraction is increasing and because one side of the equation is increasing so must the other to remain equal so T will also increase.SAFETYThere are many accidents that could happen if this experiment was not carried out safely; below I have outlined a few simple guidelines to prevent such accidents occurring.DangerRiskPrecautionBob swingingCould hit someoneDo not swing the bob from large angles.Heavy massCould fall off table and hit someoneMake sure the mass isnt on the edge of the table and is away securely held.Clamp standCould fall over and hit someoneMake sure a large mass is holding it downFAIR TESTINGTo make sure our results are accurate we need to keep everything but the variable constant. Below are some simple guidelines to ensure that our testing is fair.Procedure/ObjectProblemSolutionClamp StandCould rockPlace a heavy mass on the base to prevent this.Mass of the bob (see note below)If we use different bobs there mass could be differentMake sure we use the same bobAngleAngle could be differentMake sure we measure the angle accuratelyGravityIf we move to another area of the world, the effects of gravity will be slightly differentStay in the same area of the earth as much as possible.Human errorHuman error between releasing the bob and starting the stopwatch.Make sure the same person does each task every time, use a standard pre-release method, i.e. 3,2,1, go. We should also let the pendulum swing for ten periods and then divide by 10 to reduce the effect of human error.Note: Although during my research I ascertained that the mass of the bob does not effect the period of the pendulum, I should still keep this constant, as I should only have one variable in my experiment.METHODAPPARATUSFor our experiment we needed:* A length of String at 60 cm long* A bob* A boss, clamp, and stand* A heavy mass* A large protractor* A Stopwatch* A meter ruler* A cork split in twoFirstly we set up the equipment as shown below:1. We measured the string to 10 cm. from the bottom of the corks to the middle of the mass.2. We t hen pulled the string back to 40?:3. We then released the bob and started the stopwatch at the same time.4. We let the bob swing backwards and forwards 10 times5. We then stopped the pendulum swinging and recorded the times.6. We repeated the experiment with the same length 3 times7. We then repeated steps 1-6 for string lengths 10cm, 15cm, 20cm 25cm, 30cm, 35cm, 40cm, 45cm, 50cm and 55cm.RESULTSLength of stringAttempt 1 (sec)Attempt 2 (sec)Attempt 3 (sec)Average for 10 oscillations (sec)Average for 1 oscillation (sec)107.067.317.207.190.719158.58.528.658.560.856209.769.599.679.670.9672510.8010.6210.8610.761.0763011.4811.4211.3911.431.1433512.4512.4812.3212.421.2424012.7212.8912.7712.791.2794513.9514.0313.8113.931.3935014.4214.6514.5614.541.4545515.8415.8515.4415.711.571ANALASISBy looking at my results, I can immediately tell that the longer the length of string the longer it takes the pendulum to complete one period. This increase in time is always between 30 second and 90 seconds. I have drawn a graph, which shows the period for each oscillation. My line of best fit shows that the time taken increases in a linear fashion and does not go through the point of origin. This shows me that the period does increase relative to the length of string, this supports my prediction that because of the length of the arc increasing with the length of the string that the period would increase.EVALUATIONI believe that my experiment went reasonably well, the results we collected would seem to be very good and we had no accidents. I also believe that the method we used to obtain these results was an accurate one, but it could have been improved with the use of light gates and a computer because this would have removed the element of human error. I would like to take this investigation further by continuing to increase the lengths of the string until about one-meter. I would also like to try this experiment with different angles to see what effect that has on the results and th en compare the results to these ones. The evidence I have here is only just enough to support a firm conclusion, but does show a trend appearing. A simple Pendulum Essay Example A simple Pendulum Essay My aim in this experiment was to see if the length of the string the bob was attached to effected the time taken for one oscillation.RESEARCHWhat a pendulum is:A pendulum is a body suspended by a fixed point so it can swing back and forth under the influence of gravity. Pendulums are frequently used in clocks because the interval of time for each complete oscillation, called the period, is constant.What effects the time for one period?When the bob is moved from equilibrium either left or right and then is released, it oscillates in a vertical plane in the shape of an arc of a circle. This is then reversed back to its starting position.The weight pulling down on the pendulum bob causes the bob to accelerate towards its normal resting point. This acceleration can be calculated by the formula a = -gA. The angle size can also be linked to the arc length, this is shown in the formula, x = LA. With L being the length of the string. This leads us to the equation for acceleration of a simple pendulum bob a = -g/L x. These two formulae then give us the formula for a period, this isWhere L = length of string from pivot to bobg = acceleration due to gravityT = time of period.This tells me that there are only two variables, that I have direct control over, that can effect the period of the bob. These are the angle, and the length of the string. There is one other variable and that is the force of gravity; this could vary because the pull of gravity is not uniform all over the earth.PREDICTIONI predict that the longer the length of string the longer it will take the pendulum to complete one period. This is because the length of the arc, the pendulum is travelling along is greater (x = 2?L = circumference) but the gravitational acceleration will remain the same. This prediction is also proved by the formulaHere if the length of the string is increased (L) then that side of the equation becomes larger because the size of the fraction is increasing and because one side of the equation is increasing so must the other to remain equal so T will also increase.SAFETYThere are many accidents that could happen if this experiment was not carried out safely; below I have outlined a few simple guidelines to prevent such accidents occurring.DangerRiskPrecautionBob swingingCould hit someoneDo not swing the bob from large angles.Heavy massCould fall off table and hit someoneMake sure the mass isnt on the edge of the table and is away securely held.Clamp standCould fall over and hit someoneMake sure a large mass is holding it downFAIR TESTINGTo make sure our results are accurate we need to keep everything but the variable constant. Below are some simple guidelines to ensure that our testing is fair.Procedure/ObjectProblemSolutionClamp StandCould rockPlace a heavy mass on the base to prevent this.Mass of the bob (see note below)If we use different bobs there mass could be differentMake sure we use the same bobAngleAngle could be differentMake sure we measure the angle accuratelyGravityIf we move to another area of the world, the effects of gravity will be slightly differentStay in the same area of the earth as much as possible.Human errorHuman error between releasing the bob and starting the stopwatch.Make sure the same person does each task every time, use a standard pre-release method, i.e. 3,2,1, go. We should also let the pendulum swing for ten periods and then divide by 10 to reduce the effect of human error.Note: Although during my research I ascertained that the mass of the bob does not effect the period of the pendulum, I should still keep this constant, as I should only have one variable in my experiment.METHODAPPARATUSFor our experiment we needed:* A length of String at 60 cm long* A bob* A boss, clamp, and stand* A heavy mass* A large protractor* A Stopwatch* A meter ruler* A cork split in twoFirstly we set up the equipment as shown below:1. We measured the string to 10 cm. from the bottom of the corks to the middle of the mass.2. We t hen pulled the string back to 40?:3. We then released the bob and started the stopwatch at the same time.4. We let the bob swing backwards and forwards 10 times5. We then stopped the pendulum swinging and recorded the times.6. We repeated the experiment with the same length 3 times7. We then repeated steps 1-6 for string lengths 10cm, 15cm, 20cm 25cm, 30cm, 35cm, 40cm, 45cm, 50cm and 55cm.RESULTSLength of stringAttempt 1 (sec)Attempt 2 (sec)Attempt 3 (sec)Average for 10 oscillations (sec)Average for 1 oscillation (sec)107.067.317.207.190.719158.58.528.658.560.856209.769.599.679.670.9672510.8010.6210.8610.761.0763011.4811.4211.3911.431.1433512.4512.4812.3212.421.2424012.7212.8912.7712.791.2794513.9514.0313.8113.931.3935014.4214.6514.5614.541.4545515.8415.8515.4415.711.571ANALASISBy looking at my results, I can immediately tell that the longer the length of string the longer it takes the pendulum to complete one period. This increase in time is always between 30 second and 90 seconds. I have drawn a graph, which shows the period for each oscillation. My line of best fit shows that the time taken increases in a linear fashion and does not go through the point of origin. This shows me that the period does increase relative to the length of string, this supports my prediction that because of the length of the arc increasing with the length of the string that the period would increase.EVALUATIONI believe that my experiment went reasonably well, the results we collected would seem to be very good and we had no accidents. I also believe that the method we used to obtain these results was an accurate one, but it could have been improved with the use of light gates and a computer because this would have removed the element of human error. I would like to take this investigation further by continuing to increase the lengths of the string until about one-meter. I would also like to try this experiment with different angles to see what effect that has on the results and th en compare the results to these ones. The evidence I have here is only just enough to support a firm conclusion, but does show a trend appearing.

Essay on US Withdrawal from Iraq The WritePass Journal

Essay on US Withdrawal from Iraq Essay on US Withdrawal from Iraq The Bush administration entered the  United States  in an armed intervention of  Iraq, a  war  that leading scholars deemed â€Å"unnecessary† at the time  (Mearsheimer and Walt, 2003). Under the false pretext of a crisis for America’s national security,  and international peace and security in general, because of the perceived threat of Iraqi weapons of mass destruction – that were never uncovered   Ã¢â‚¬â€œ the President decided that armed intervention was the best choice of action.  With the failure to prove any significant  WMD  were in Iraq, the program of the  war  was conveniently shifted to  delivering the Iraqi people from an evil ruler to  democratic order. This process of deliverance, at best a â€Å"stalemate† (Posen, 2006), has seen an alarming loss of American lives and increasing expense of the American commitment in Iraq, while putting severe pressures  on the American economy. At this point,  the United St ates  should look for an exit strategy that totally withdrawals American  troops from  Iraq. At this point, it must be clearly understood that the recommendation  for American withdrawal is not being made on the grounds that going to  war  was itself a bad decision on the part of the Bush administration. Instead, the reasons for a fast and total withdrawal are being made on the basis of America’s long term national interests, and the lives of our troops.  As Posen maintains, the reduction of military, economic and political costs  this shall entail could then be used to  good  effect  elsewhere (2006).  The  war  in  Iraq  has resulted in thousands of American lives lost, and played part in destroying our economy. There still remains  a difference of opinions between the Democratic and Republican parties on this matter, with the Democrats favoring  a more rapid withdrawal and the Republicans making withdrawals contingent upon certain conditions. To elaborate, Secretary of State Hillary Clinton had  spoken of a strategy that would help with an expedition of troops and the employment of a â€Å"new diplomatic initiative†Ã‚  (quoted at America.Gov)  asking other countries to help in Iraqs reconstruction. President Obama is still pushing for American troop withdrawal from  Iraq, pulling two brigades out every month and providing $2 billion in humanitarian aid to the  war-ravaged country (America.Gov).  Finally, the Republican position on the matter, Sen. John McCain, remains that the training and development of Iraqi soldiers is vital to an American withdrawal; unless Iraq’s security forces become stronger, the country shall be mired in civil  war  and  fall prey to  the devices of the al Qaeda, deeming the United States’ exit impossible  (America.Gov). From these contrary positions, it is clear that this debate is fiercely contested. One of the strongest cases against withdrawing is that it could lead to  Iraq  going into a civil  war. However, a closer inspection reveals that the conditions of civil  war  are already in existence; with the Baath party’s banned and the advantages of fundamentalist Islamists  due to the  war  has led to a situation of  civil  war. The continued presence of American troops and counter-insurgency operations has been unable to stop this situation, where insurgents target civilians and Iraqis kill Iraqis, all the while putting American troop’s lives at risk.  The civil  war  has already  begun to some degree, and there is no point in continuing  American engagement in  Iraq. Another important argument  against withdrawal, in line with Sen. McCain’s reasoning, is that American forces must only leave Iraq  after ensuring  that  Iraq’s security forces are competent enough to maintain order. The progress for Iraqi security forces is slow and has a long way to go. Continued American presence only makes things worse, because Iraqi politicians do not feel compelled to resolve Iraq’s issues and  poor  attempts at making improvement, have given the US existing cover. All this has done, is  produce a culture that is dependent on American assistance which, the  more  it continues, can only be harmful to  Iraq  in the long  term. Some suggest a time-bound  withdrawal  of American troops from Iraq.  Others argue that an American exit from  Iraq  at this moment would increase the growing influence of terrorists in the country, while severely undermining the stature of the  United States  in the eyes of the world. However, this is far from the truth. Firstly, the point about terrorists is a double-edged sword and is a risk that must be taken. While a withdrawal may indeed give some power to the terrorists in  Iraq, it is important to note that the continued American presence has given the al Qaeda  a reason to continue attacks on America troops . In fact, pulling out of  Iraq  may encourage the Sunnis to take the offensive to the al Qaeda and its sympathizers (Posen,  2006). Secondly, it is foolish to expect that an American withdrawal can change things, to any considerable degree.  As William Welch argues, this image of the mighty U.S was already in question once it launched an unwarranted preventive  war, and  got  further tainted when it delayed the involvement of the United Nations and other willing countries to aid of the reconstruction of Iraq. In addition, recent studies argue that the moral  backbone  of the  US,  which promotes the pursuits of democracy and liberation of  other countries as ethical responsibilities, is in itself very narrow-minded (Welch,  2010).  Instead of worrying about the U.S’ credibility over withdrawing from  Iraq, it  may, in fact, strengthen the U.S image somewhat. Finally, another important – but shaky – argument against withdrawal is that a rapid exit after such a long battle would severely demoralize the American troops. However, as Lt. Gen. William E. Odom observes, nothing could be farther from the truth: â€Å"Hiding behind the argument of troop morale shows no willingness to accept the responsibilities of command. The truth is, most wars would stop early if soldiers had the choice of whether or not to continue. This is certainly true in  Iraq, where a withdrawal is likely to raise morale among  U.S.  forces.† (2006) Thus, it is safe to say that the opposing arguments of American troops’ withdrawal do not hold much weight. But, it must be remembered that the case for a well-planned exit strategy does not only rest on this negation of contrary arguments. It is also supplied with the important consideration of America’s best interests; these are what we must now investigate to insure the withdrawal. America’s key interest  in the Persian Gulf region  is that of oil, although contrary to popular belief, the interest is not of control, but of ensuring a regular supply from the Middle East to the United States; also making sure that political adversaries do not gain control of these resources to the detriment of the US and other areas of the world dependent on energy supply from the  region  (Posen,  2006).   Stopping the ties between terrorist organizations and state administrations is also an important issue becauseâ€Å"†¦we have learned from the alliance between al Qaeda and the Taliban regime in Afghanistan that it is unwise to allow terrorists to get a foothold in a sympathetic state from which they can propagandize, recruit, organize, train, and plan  in relative security.†Ã‚  (Posen,  2006) The concerns of oil are shared by many countries and most of them would be willing to contribute to a solution, which could also be done through the U.N. Even if the  U.S  is required to maintain an active deployment in  Iraq  due to such a turn, it shall still be many times smaller than its current  operations. Furthermore, the outcome of an Iraqi civil  war  would, in all probability, be a stalemate – a result most  favorable  to American national interests (Posen,  2006). The best way to expedite this situation is to pull out of  Iraq. The worst possible thing of this stalemate could be an intensification of al Qaeda operations in the Sunni-dominated areas of  Iraq; however, as discussed above, this is a contentious issue, and it could very well be the  US’ troops themselves which are causing such a calamity. In conclusion, it is important to look at the more vivid reminders that urge for an American withdrawal from Iraq.  The unabated loss of American lives in  Iraq, since the launch of the  war, ran close to 4,400 deaths in  December, 2010; this number is far greater than those resulting from the offensive in  Afghanistan,  totaling  501 deaths in  over seven years (White,  2011).  The economic downturn for the  US  because of the  war  in  Iraq  has been immense  too, stretching well beyond $900 billion as early as January 2011.  In light of these facts, it is  increasingly difficult to argue against an American withdrawal from  Iraq. In the best interest of servicing  America’s military, political and economic interests,  the arguments against withdrawal only seem to justify the continuation of poor policy choices, and it is in the  US’ best interests that a plan for military disengagement from  Iraq  be devised without  hesitation or  delay. 1.  Ã‚  Ã‚  Ã‚  Posen, Barry. â€Å"How to disengage from Iraq in 18 months.†   Boston Review. Jan. 2006. 18 Mar. 2011 http://bostonreview.net/BR31.1/posen.php 2.  Ã‚  Ã‚  Ã‚   America.Gov â€Å"Election 2008 Issues† 7 Mar. 2008. 18 Mar. 2011 america.gov/st/texttrans-english/2008/March/20080307131621liameruoy0.4348108.html 3.  Ã‚  Ã‚  Ã‚  Mearsheimer, John J. and Walt, Stephen M. â€Å"An unnecessary War.† Foreign Policy. Jan. 2003. 18 Mar. 2011 mtholyoke.edu/acad/intrel/bush/walt.htm 4.  Ã‚  Ã‚  Ã‚  White, Deborah. â€Å"Iraq War Facts† About.com. 2 Mar. 2011. 19 Mar. 2011 http://usliberals.about.com/od/homelandsecurit1/a/IraqNumbers.htm 5.  Ã‚  Ã‚  Ã‚  Welch, William M. â€Å"Fight a Thousand Battles† USA Today. 2010. 22.Mar.2011 http://usacac.army.mil/blog/blogs/fight/archive/2010/07/23/doubts-about-u-s-tactics-shadow-war-in-afghanistan-by-william-m-welch-and-jim-michaels-usa-today.aspx

Short Fiction Selections Essay Example | Topics and Well Written Essays - 1000 words

Short Fiction Selections - Essay Example This quote captures the typical life of almost individual in this current society. This is because things have become tough, and life is rough and cruel on some people especially with regard to lack of income and poverty. Those who are fortunate to have money may also lack some vital elements of life such as joy. As a result, the harsh reality is that individuals in this society hardly achieve what they wish to have in life. In order to console themselves, most individuals use several activities and concepts that take them into the world of illusions in order to escape from these harsh realities. Several literary works indicate how different individuals in the society use imagine space to create illusions and pretend that they are in a world where they wish to be. In The Last Speaker of Language by Carol Anshaw and Pilgrim Life by Taylor Atrim, the characters love and a sense of belonging to forget their problems, albeit on a temporary basis. Similarly, in the short story Navigators by Mike Meginnis, the characters drown their problems using video games to avoid the realities that they have to face. Likewise, in other short stories such as Volcano by Lawrence Osborne, Diem Perdidi by Julie Otsuka, The Day of the Locust by Nathanael West and Culver City by Richrad Lauge, the characters employ several techniques to create illusion and experience the imaginary world. In today’s society, people use the imagine space to escape from their harsh reality. The authors through the short stories portray how characters use love and a sense of belonging to experience the imaginary world and escape everyday harsh realities. For example, in The Last Speaker of the Language, Darlyn comments,  Ã¢â‚¬Å"It’s just about—even for a day—being this purely happy.  Like, happy to be a carbon-based life form† (Anshaw 7). In another short story, Pilgrim Life, one quote that relates to this topic says, â€Å"Pilgrim Life† starts with that calmin g view, that apartment, my millionaire roommate, my wine magazine job. The rest of it I entirely made up (I swear) over a three-month stretch in the midst of the worst financial crisis I’ve ever lived through† (Atrim 67). These quotes clearly illustrate how the characters create their own imagination in order to avoid real world. For instance, Darlyn expresses how she values happiness, and acknowledge that it may be for a short time, but is so important. This happiness helps her to escape from the problems with her alcoholic mum as well as job related problems. Similarly, in Pilgrim Life quote, the character acknowledges that not all the good things that he mentions are real, which shows that he sometimes seek imaginary experiences in order to escape from the problems that he has with his-girlfriend among other problems. Dreams and illusions is another strategy used by the authors to demonstrate how the characters uses imagine space to forget their problems. For instanc e, in the short story Volcano by Lawrence Osborne, Martha dreams of things that she would wish for, for example, she thinks that she can change her dream, and thus, change her situate\ion of being with an older man. Perhaps this comes from the technology captured in the following section, â€Å"The dream technique includes a drug and goggles that emit infrared light during REM sleep to allow the dreamer to be present in the dream and remember it, even influence it: by touching a rough surface†(Osborne 10). Other instances of illusion include Diem Perdidi by Julie Otsuka with the most famous quote â€Å"she remembers she does not remember.† She is suffering from dymensia, however, she can remember some things from the past. The most interesting part is that what she

Financial statement analysis Research Paper Example | Topics and Well Written Essays - 2000 words

Financial statement analysis - Research Paper Example NCT&H has taken up some of the important projects on the hospitality industry, which are Hotel Le Bristol, Grand Millennium, Saadiyat Island and Nareel Island. The project of Hotel Le Bristol is the most stylish of its kind, based in Paris it was voted for as the best hotel of the year 2011. The Grand Millennium property of NCT&H was famous for its food and beverage outlet having grand ballroom which has the capacity of 1000 guests and is expected to open in the second quarter of 2012. Saadiyat Island is a joint venture of NCT&H and the UAE’s capital’s TDIC (Tourism Development and Investment). The plan is to set up a low rise hotel with 250 rooms on the shores of Saadiyat Beach district. Lastly, the project of Nareel Island is also a joint venture but with ALDAR Properties of PJSC developing premium gate and the residential property with features like health and fitness club, spa and restaurants. It will even provide Private Marina for the VIP’s along with hotel excursions. ... Introduction From the very inception of the economic environment it is going through massive changes. In comparison to the previous times economic environment has become more lenient and open towards the private participation of the economic activities related to trade and capital flow (Pailwar, n.d., p. xi). The study of the company’s annual report gives us the idea that NCT&H is mainly affected by the economic factor which are under constant fluctuation for the interest rate risk of the company which the company is avoiding by the entering into swap trading through the banks. But the company has faced the economic downturn like all other industries during the year of 2008-09. This was the time when the economy went into the sudden depression creating unrest for all the industries of the economy. The economic depression is the main reason behind the low spending capacity of the common mass which again was lower than the NCT&H business for a long period of time (Pailwar, 2009, pp. 1-10). Industry Environment and Industry Risks There are a few factors that are responsible for affecting the environment of the hospitality and tourism industry and are also the reason of its probable risks. The factors being the weather, political conditions, economic conditions and globalisation may be the reason for making or breaking the business of a hospitality and tourism industry. As far as weather is concerned is the hotel is situated in place where snow storming is prevalent the charges may get doubled as skiing can be enjoyed along with the stay. But when it comes to hotels in tropical countries as is NCT&H if the weather turns out to be windy the hotel might lose business as well. Even the natural disasters can affect the hotel

Strategic Decision Making Assignment Example | Topics and Well Written Essays - 3000 words

Strategic Decision Making - Assignment Example age in innovation process which covers the period from the idea generation or opportunity search to the approval of firm for its development or termination (Postma, Broekhuizen, and Bosh, 2012: 643). The activities of the front-end phase case can include the following: idea generation, product strategy formulation, early executive reviews, project planning, etc. The front-end phase is also recognized to be the most important and more difficult to manage compared to the other two phases of NPD as it has higher uncertainty level. The quality of management front-end phase is highly correlated with the final outcome of the project (success or failure). Some of the potential problems with which firms face during the front-end phase include two categories: management of ideas and management of attention (Postma, Broekhuizen, and Bosh, 2012: 643). Management of ideas is an important process as it involves the way the ideas are generated, shared, communicated, and viewed by different stakeho lders. Uncertainty about outcomes, shortage of adequate ideas, and short-term problem orientation are some of the possible pitfalls the firms face during front-end NPD phase. Management of attention is another significant aspect during the initial stages of the NPD process as human factor and limited human capacity to maintain attention can serve as a limiting factor in idea generation process. Limitations of organizations and group is another type of management attention issues and refers to the problem of group thinking, and organizational structures and systems undermining creativity and innovation (Postma, Broekhuizen, and Bosh, 2012). Postma, Broekhuizen, and Bosh (2012) tried to address the above mentioned issues and problems and to make the front-end phase more effective and productive by offering a scenario analysis method as a creativity and innovation enhancing tool. Scenario analysis is a tool which enables management and other team members to define various uncertainties

Human Comfort in the Internal Environment

Human Comfort in the Internal Environment There are many factors that affect human comfort in the internal built environment. Human comfort is affected by thermal factors; physical factors and personal factors. Another factor that can affect human comfort is sound of the environment around them. The final factor that affects the human comfort is the visual of the room and the light intensity. There are ways to measure the physical factors that affect human thermal comfort, the sound comfort and the visual comfort. Temperature The average temperature inside a building is 19-21 degrees and outside is -1 degrees, but there are two different thermal factors that affect the temperature of the room and human comfort; they are physical and personal factors. The physical factors include; air temperature, mean radiation temperature, relative humidity and air velocity. The air temperature inside of a building will change depending on the temperature outside the building, and the k-values of the materials used to build the walls and insulation. K-values are the values that all materials have which shows how good insulators the materials are, the lower the k-value the more affective the materials are at retaining heat. The u-value is what the overall heat resistance of the materials are. Air temperature is also affected by the people inside the building and they activity they are doing. The mean radiant temperature is also a factor affecting human comfort; the mean radiant temperature is the radiation that is coming into the building from windows and walls, balanced against the radiation given off by the human body. The relative humidity is another factor that affects the air temperature; the relative humidity is the percentage of water vapour saturation that is in the air. The final physical factor that affects human comfort is the air velocity; this is the movement of the air throughout a building or a room. This can be affected by the convection in the room, the warm air enters a room and rises to the ceiling, pushing the cold air downwards and draught also changes the air velocity, the cold air flows into the room and makes the temperature of the draught path colder that the room temperature. Personal factors can affect the human comfort in a building, these include; age, gender, state of health, clothing and the level of activity. The age of a person greatly affects the temperature of a room; older people give off less heat then younger people. The gender of a person is a factor affecting the temperature they give off, with females giving off 85% less heat than males. Gender is also a factor that affects the temperature given off by people, females give off less heat than males, and they give off 85% of what the male body gives off. The state of health of the person also affects the heat that they give off and the temperature of the room, a person who is sick or has an illness gives off less heat that a person who is physically healthy. The clothing you are wearing also affects the temperature that you need to be comfortable, depending on the weight of the clothing you will need different temperatures to feel comfortable e.g. swimwear 29 degrees, light clothing 25 degree s, suit, jumper 22 degrees, coat, glove, hat 14 degrees. The level of activity you are doing also affects the heat that you give off and the temperature needed to feel comfortable. Sleeping 70W, watching TV 115W, office 140W, factory work 265W, lifting 440W. Sound Sound in the environment that a person occupies greatly affects their comfort in the building. Sound is a form of energy that is transmitted in pressure waves and changes depending on the pressure of the air in the room. Sound is the vibration of the particles in a wave that send the particles in all directions and spread out; this creates a pattern of refraction and compaction. Sound has two different sources and types where it can originate from, they are impact/structure-borne sound and air-borne sound. These are different as they are where the source of the sound comes from. Air-bone sound is sound which travels through the air before reaching a partition, meaning that the vibrations must have travelled through the air before they reach the partition. Main sources of air-borne noise are; voices, radios and musical instruments. Impact sound is vibrations that are generated on the partition and a continuous vibration can be classed as a series of impact noises in succession. Impact noise does not travel through air like air-borne noise does. The main sources of impact noise are; footsteps, slamming doors and vibrating machinery. It is important to know the difference between impact and air-borne noise as the methods that are used to prevent them are very different. However a single source could generate both air-borne and impact noise e.g. footsteps, on the floor below the origin, the sound would be impact as it is started on the partition, but in the room of the sound it travels through it before reaching the partition making it both air-born and impact. There are different ways of preventing both types of sound, so different installations must be put in to insulate from the type of sound. Air-born sound can be prevented by a mass of partitions e.g. thick walls as lightweight particles give very little resistance unless they are in layers. The main ways to prevent impact sound are by using vibration pads and soft covering on floors and walls. Sound reverbera tes, so if a sound suddenly stops the sound will not stop instantly. The time taken for the reverberation of a sound decays at different rates depending on the area of the exposed surfaces, sound absorption values of the materials used in the building, the distance between the surfaces and the sound and the frequency of the sound. Light The final factor that affects human comfort is light intensity. If the light levels are too low or too high then it will not be as suitable. Light travels in rays and bounces off objects and into the eye. The rays cannot bend so they must go in straight lines, but light can be refracted through certain materials which can bend the beam slightly. The light needs to be the right intensity so that the eyes dont have to strain too much if it is too dark or if the light is too bright it may blind. Light can be controlled by letting certain amounts of natural light through windows and also by the brightness of the artificial light from the light bulbs. Natural light can be controlled by using darkened windows and the artificial light can be controlled by having dimmers on the lights to change the intensity as the intensity of natural light changes. Glare can affect the human comfort, glare is a light intensity that is too high reflecting off a surface and reflecting into the eyes making it difficult to see detail or may cause visual discomfort. P2- Describe how each factor is measured There are methods that are used to measure the physical factors that affect human thermal comfort. To measure the physical factors, the instruments that are used are; thermometers, globe thermometer, hygrometer and anemometer. A thermometer is a device that is used to measure the temperature of a room, a thermometer includes a liquid that rises as the temperature does and on the side a scale that measures the temperature in  °C and degrees  °F. A globe thermometer is a device that measures radiant heat and consists of a thermometer sensor with a bulb located at the middle of a black copper bulb. The globe thermometers units of measurement are  °C. This can be used to calculate the mean radiant temperature providing that you know the air velocity and temperature. A hygrometer is an instrument that is used to measure that saturation of water vapour in the air of the surrounding environment. This instrument relies on the pressure, temperature, mass and mechanical or electrical cha nge. By calibrating the device and calculating the other factors the humidity can be worked out. It measures its units in percentages. An anemometer is a device used to measure the speed of wind, but there is also an anemometer that measures the pressure of wind, it consists of three or four cups that revolve around a shaft at different speeds depending on the wind temperature and pressure. They are measure in meters per second. Sound is measured using a sound level meter, this instrument analyses the sound that it picks up and uses electronics to convert the sound onto a digital scale. Sound level meter can pick up sound instantly or can be used to pick sound up over time and the average can be calculated. The intensity of light in a room can be measured using a light meter. The light meter works using an electrical current which is generated by photosensitive electrons that detect the amount of light hitting the surface. This causes the electrons to react depending on the amount hitting the surface and is then converted into an electrical reading. P3- State acceptable values for each factor Each measurement has a range of acceptable values that affect the human comfort is the environment. The suitable range for temperature in a room is from 19 °C- 21 °C. This is also the same value with a globe thermometer. The acceptable value for the humidity of a room ranges from 40%-60%. The units of measurement that sound is calculated in is decibels and the suitable range in a workplace is from 135dB-137dB maximum. Light intensity is measured using Lux, the acceptable values for the intensity of light is 50- 100Lux. P4- Interpret underpinning concepts relating to structures under load Buildings have many different components that are used to keep the building steady and ensure that it is as structurally strong as possible. There are six different structural members that are used in buildings, they are; struts, ties, beams, columns, roof and frames. In buildings the structural members are used to assist the buildings when they are holding a load or to help protect against loads. There are three different types of loads that are user upon a building, they are; dead loads, imposed loads and wind loads. Structural Components A tie is a structural component that is designed to carry tensile force on a building or high standing structure. They hold the building steady and help to resist high winds. Struts are used to distribute the weight throughout the building. The strut attaches to the roof and wall. The weight of the roof pushes down on the struts and transfers the weight onto the wall. This is the compressive force that is pushing against the weight of the structure. Beams are used to span between walls, they have both the forces of compression and tension acting upon them. They can be supported by columns. Columns are used to support a weight and transfer it vertically and downwards, they support the foundation and can be used to prevent beams from bending and breaking under the force. Beams are also used to keep the columns in place. They vary in size and are very important to the structure, if they are too long or too thin then the column may become distorted and will not work well. Walls are also a structural member. There are two different kinds of walls; they are load bearing and non-load bearing in fill panels. Load bearing walls are classed as structural elements as the force is safely carried to the foundations of the structure. They are built of stronger materials than normal walls; this makes the walls more solid and prevents the wall from breaking. The non-load bearing walls are made of cheaper, lighter materials as they are not needed for structural integrity. Frames are the final structural member. Frames are when all of the other structural members are linked together in a building. There are different kinds of frames depending on which structural members are linked together. Frames can be designed on computer software which makes the complex structures easier to make. However, they still need reviewing. There are three different types of frame structures, they are; grid skeleton, truss frame and portal frame. Loads The three different types of load are dead loads, imposed loads and wind loads. Dead loads are loads which are stationary and will not move throughout the life time of the building. They remain static and are never added to or removed from the structure. Imposed loads are another load that acts upon a building. Imposed loads are also known as dynamic loads. They are loads that change throughout the life of a building. Live loads can unpredictably change, so the supports that are used need to be placed for unpredictable changes. The final load that acts upon a building is wind load. The wind load can be also classed as a live load. They are unpredictable and can vary depending on where the building is and the exposure of the walls. The resistance of the walls needs to be designed to resist live loads that will change unpredictably. Load Configurations A building will have different kinds of loads on it. There are two different kinds of load configurations, they are; point loads and uniformly distributed loads. The way that the buildings are strengthened for the different loads varies greatly to be as safe and efficient as possible. A point load is a weight that will act on a certain point on the floor; this is normally used for a heavy item that wont be moved. This is supported by a beam with greater or equal strength pushing upwards. However, a uniformly distributed load is for live loads that will move constantly and isnt too heavy. The uniformly distributed loads are evenly distributed loads throughout the structure. It is easier to design a building on the uniformly distributed load as this works for most loads that are in a building. Stress Buildings have many things that can change their forms and shapes. Stresses act on the structural members and materials that are used in the building. The different types of stresses are; compression, tension, shear, stress and strain. Compression is a vertical force that is formed when a downward force pushes down on the structure. Stress is the force, in newtons, that is acting upon a cross sectional area. Compression and tension usually act upon the same objects, such as a beam. Tension is when the fibres within the material are being pulled apart. The material is stretched and disfigured, making it weaker. When shear is acting upon a material the layers of the object shift and the object becomes weaker and stretched. This can pull apart materials which are connected by bolting and welding. Strain is not a force, but it is a measurement, it is the extension of length. Strain has no unit as it is ratio. There are three different types of strain; tensile strain, compressive strain a nd shear strain. Tensile strain is when the fore applied pulls a material from both ends, this stretches the material. Compressive strain is when the force applied crushes or compresses a material; this reduces the length of the material. Shear strain is the force applied which changes the shape of an object. However, the volume of the material stays the same. P5- Predict simple structural behaviour from given data Shear Negative shear on a beam will force the right hand side of the beam upwards, distorting the shape and strength in the left half of the beam. Whereas, positive shear on a beam will force the left hand side upwards, this could result in the beam cracking or snapping. Bending Bending on a beam also affects the shape and effectiveness of a beam. Positive bending in a beam causes the beam to bend downwards and causes more pressure on the lower cross section of the beam; this is known as sagging. But negative bending causes the beam to bend upwards, putting more pressure on the upper cross section of the beam; this is known as hogging. These both cause distortion on the beam and make the beam unfit for its use. Compression Tension P6 Identify the main performance criteria relating to the specification of a range of vocationally relevant construction materials There are many materials that can be used in a building. Each of the different materials has different uses and is suited to preventing certain things happening to the buildings structure and aesthetics. Three materials that are most commonly used as building materials are; timber, plastics and metals. Timber Timber is one of the most common materials used in a building. It is very versatile and can be used for many things. Timber has been used in buildings for thousands of years. Timber is strong because of the direction of the grain. If it is split across the grain it is much stronger than splitting down the grain. But if the timber is split perpendicular to its grain it will be much weaker. Timber is a very rigid material and has and does not bend unless under very high amounts of stress and would snap if too much weight and pressure is put upon it. Timber is a porous material as it has pockets of air; this means that it can absorb water. Timber materials are hydroscopic, meaning that they easily absorb large amounts of water from the air. Because of moisture movement, this means that if hydrated timber goes from a cold place to a heated house then the timber would shrink, become distorted and crack. Timber has no thermal or electrical conductivity, meaning that it has high resistivity. Timber does not conduct electricity or heat. This means that is can be used to stop the flow of electricity and heat. Timber has a very low U-value, so it is a very good mat erial to insulate with. Timber is also a very durable and strong material. However, it is not fireproof, meaning that if it is exposed to fire it will burn. Because timber is inconsistent, it must be stress graded so that it can be set to different uses. There are many different uses for timber; floor joists, ceiling joists, roof rafters, hip rafters and roof trusses. TRADA literature is responsible for grading the timber, their uses and the average span of the timber. Metal Metal has multiple uses in construction because of its diversity. The metal that is used the most in construction is mild steel. Steel is very strong and can cope well many different situations; steel can also have a small high of elasticity in it depending on its size and width. Steel can normally take a high amount of stress and will return to its original shape, meaning that steel has a high elastic limit. Steel has no prosperity, meaning that is has no air gaps in it and cannot absorb water. Steel is a water proof material and can be used to store water, block an area or route of water or to protect something from water e.g. steel roof sheeting. When steel is heated it will expand. Steel, like any other metal, is a very good conductor of thermal and electrical energy. This meant that metals can be used as electrical wiring and radiators. Steel, because of its density, allows it to be a durable material. But it may rust if it is not maintained. Metal is used a lot in construction; lead roof lining, stainless steel wall tiles, steel frames and galvanised roof straps. Plastics Plastics are another material that is frequently used lots in construction. Plastics are complex compounds that are produced by polymerisation. Plastics are malleable, so they can be altered and moulded into any shape and used for many different things. . Plastic is very resilient and does not degrade. They are also very versatile and most plastics are water proof and cheap. Plastic is not a very strong material and, but plastic has high elasticity, so it will begin to deform quicker but will return to its original shape. Plastic is not a very porous material and will resist water well, making it a good material to stop the flow of water. This also means that the moisture movement within plastic would not change as because it has no air pockets that can fill with moisture. Although plastic has a high electrical resistivity, it has a very high thermal conductivity, making it a good material to insulate wiring, but also a good material to distribute heat. Plastics are not very durable as they can scratch easily and can become weathered, so are often used inside and covered. Plastics are used in many different parts of construction; PVC window frames, to cover and watertight gaps. P7- Describe the production process and/or manufacturing process for two vocationally relevant construction materials All materials that are used in construction must go through a specific production process to make them as strong and pure as possible. This is so that they will last longer and many will be recyclable. Timber Timber has a very specific process that makes it as strong as it can and as resilient as possible. When trees are cut down for timber they are selected and only certain trees may be cut down from certain areas. After the trees are cut down they must be replaced so that the population of trees stays steady. When trees are cut down they are very moist, so they must dry the timber out. They do this by using a certain method. This method is air/ kiln drying. After this is done, the moisture of the tree is reduced greatly and the timber becomes stronger. Many different timber products can then be produced by from the timber after the moisture percentage drops below 20%. There are two different categories for timber, they are hardwood and softwood. Hardwoods are stronger than soft woods because the hardwoods contain two types of cells. There are cells that transfer sap and cells that provide strength to the tree. There are many different trees that produce hardwood, they are; oak, beech, ash and walnut. Softwood trees are weaker and normally include trees such as Douglas fir. Steel When steel is produced it can go through one of two processes which strengthen and purify the steel and make it as strong as possible. The UK steel industry uses two different processes to manufacture steel. The arc furnace is use, this is powered by electricity. The other method is the basic oxygen converter. There are three raw materials that are used to make steel, they are; fluxes, molten iron and coke. The arc process uses raw materials that are cold to start with. A vessel is filled with lots of recycled scrap steel. Electric probes are dropped into the vessel and the lid is shut. When the power is turned on arcs from between the probes and melts the mixture. Other metals are added as the process goes on so that the best quality steel can be produced. Oxygen is blown into the mixture so that the steel can be purified. The second method that is used to create mild steel is the oxygen convertor. This process uses molten iron, produced in a blast furnace. The molten iron is poured into a vessel and scrap steel is added. Oxygen is then blown into the mixture by a lance, this purifies the steel and the impurities float to the surface of the mixture. The bi-product of this process, slag, is then scraped off the top. The purified steel is then taken to be processed into ingots, billets or is continuously poured and rolled into shape. P8- Describe the important features and properties of construction-related materials Criteria There are many different criteria that affect the materials and whether or not the materials are effective. The specifications which affect these are whether it is fit for purpose, aesthetics, the costs, resistance to degradation, ease of installation and use, environmental implications, sustainability and recycling potential, COSHH considerations and compatibility of the materials. All of these factors will affect the decision of which materials to use. Fit for purpose Materials usually have a standard or specification set by and recognised standards body. All materials have a set fit for purpose; these are recognised worldwide and are the quality standards. This is so that the materials can be purchased globally with the same specifications. Aesthetics The appearance of a material is very important to the architects, designers and the client. The look of the material can also be linked in with the texture of the material and the materials that are used with it. Light can also be a large factor in the appearance of materials. The look of the material may change in different lights and different temperatures. The traditional materials that were being used are less popular and the newer, greener materials are becoming more popular and are seen as more attractive. Costs Costs of materials are also a very important factor in the decision of what will be used. If the budget of the project is low or running out then the materials would have to be cheaper. Higher quality materials are also more costly than materials that are a lower quality. However, more expensive materials will prove to be cheaper in the long term over a longer time as they will not need to be replaced changed or repaired often. Resistance to degradation Materials quality and density is linked with the resistance of the material. If the material is used in a busy area then it will need to be a more dense material. Degradation can be a result of many things; Vandalism Wind Rain Frost Sunlights harmful UV rays Air pollution Age of the material Design is a very important factor in the resistance of material. The placements of certain things that help the materials resist certain factors. Material selection takes many factors into account, the environment, location and the usage. Ease of installation or use A material that would need tradesman to install would be more costly than a material that could be installed and used by anyone. If a material is also easily maintained, it will be cheaper and more desirable. If a material needs replacing it may cost a lot more if a tradesman in needed again. A cheaper material may also have large costs when it needs to be replaced or repaired at the end of its life span. Environmental implications Issues involving greener materials are becoming more important with new buildings. Whether a material is environmentally friendly is a large factor in material selection. The amount of carbon produced in the manufacturing of the material and the embedded energy must both be taken into consideration when deciding on a material. Materials which are wholly or partially recycled should be considered over other materials so that the effect of global warming can be reduced. Sustainability and recycling potential Materials should now include elements of sustainable materials and should be designed with regards with the environment so that valuable resources are not use up in the process. Timber products are a good material as they are produced from trees, which can be re-grown and will not run out, the waste materials can be used for different products and can be recycled into other products after it has been used and needs to be changed. COSHH considerations The control of substances hazardous to health is very important when choosing materials to build with. This is important as it takes into account: Chemicals used in the production of the material Chemicals used to treat the materials Chemical additive part of a material Many materials include chemicals which are harmful, so they need a trained operative to install the materials. Products like solvents are being replaced in use as the solvents are harmful to the environment in its use in modern products and also the production process. Manufacturers data sheets are also read so that the chemicals used are safe and acceptable and if not then the chemicals should be changed so that it is less harmful to the environment. Compatibility Compatibility is also a factor which affects the material choice. If certain materials are not compatible with each other and may react badly to each other, this can cause types of corrosion and would be costly in maintenance and replacement. Ways that this can be avoided is by applying finishes to the surfaces that will protect them from chemicals given off in reactions. Properties The properties of a material have a large effect on the decision of the material that will be used. Different materials have different strengths and will be better suited in certain situations. The properties that are taken into account are; strength, elasticity, porosity and water absorption, thermal and moisture movement, thermal and electrical conductivity/resistivity, thermal transmittance, durability, workability, density, specific heat capacity and viscosity. Strength The strength of a material is the amount of tension, stress or weight that a material will be able to endure before the materials limit is reached and begins to deform. Materials strength vary depending on the type of material. Elasticity Elasticity is the amount of stress that a material can take before it reaches its elastic limit and the material becomes distorted and its dimensions are altered permanently. The elasticity of a material will also vary depending on the production and the nature of the material. Porosity and water absorption Porosity is the amount of air pockets or pores that are within a material. The density of a material is closely linked with porosity. If a material is heaver per unit volume then it will have fewer pores inside. The porosity of a material is tested by weighing the material then leaving the material in water for a set amount of time and re-weighing the material. This will provide a measurement, which can be shown as percentages, of the amount of water that the material absorbed. Thermal and moisture movement Thermal movement is changes in materials depending on the time of year. All materials contract with cold and expand with heat. Many materials have high rates of expansion and contraction, so predictions of joints must be provided for in the brickwork or concrete. These joints would allow for expansion and contraction and helpful in areas with changing climates. Moisture movement is the ability for materials to absorb water from the air. Materials that can absorb a lot of moisture from the air may expand and deform. But if placed into a warm area, they can shrink and become distorted. Thermal and electrical conductivity/resistivity The thermal and electrical resistivity is the materials ability to block the passage of electric and thermal energy. Thermal and electrical conductivity is closely linked in materials. Materials that are good conductors of heat are usually good conductors of electricity. However, plastics dont conduct electricity but are good conductors of heat. Any metal can conduct electricity. Thermal transmittance Thermal transmittance is the U-value of a material. The U-value of materials tells you how effective the material is at stopping heat. If a U-value is lower it is more efficient at stopping the passage of heat. Durability Durability is the materials resistance to any form of damage that can occur to the surface of the material. This is also linked to the life cycle of the materials. Denser materials are very durable and can withstand large amounts of surface damage, making them more hard wearing than materials that are less dense. Materials durability also depends on whether the material is looked after correctly and if it has the right forms of varnish and protection. Workability Workability is how easily a material can be produced and formed. The workability of materials has many factors that affect it. If a material has too much or too little of what is needed to make it then the material will be harder to work with and form into the right shapes and sizes without any imperfe

Genetic Engineering Brings More Harm Than Good :: Genetic Engineering Essays

Until the recent demise of the Soviet Union, we lived under the daily threat of nuclear holocaust extinguishing human life and the entire biosphere. Now it looks more likely that total destruction will be averted, and that widespread, but not universally fatal, damage will continue to occur from radiation accidents from power plants, aging nuclear submarines, and perhaps the limited use of tactical nuclear weapons by governments or terrorists. What has gone largely unnoticed is the unprecedented lethal threat of genetic engineering to life on the planet. It now seems likely, unless a major shift in international policy occurs quickly, that the major ecosystems that support the biosphere are going to be irreversibly disrupted, and that genetically engineered viruses may very well lead to the eventual demise of almost all-human life. In the course of the major transformations that are on the way, human beings will be transformed, both intentionally and unintentionally, in ways that will make us something different than what we now consider human. Regardless of the dangers, we are rushing full speed ahead on almost all fronts. Some of the most powerful multinational chemical, pharmaceutical and agricultural corporations have staked their financial futures on genetic engineering. Enormous amounts of money are already involved, and the United States government is currently bullying the rest of the world into rapid acceptance of corporate demands concerning genetic engineering research and marketing. In the 1950's, the media was full of information about the great new scientific miracle that was going to make it possible to kill all of the noxious insects in the world, to wipe out insect-born diseases and feed the world's starving masses. That was DDT. In the 1990's, the media is full of information about the coming wonders of genetic engineering. Everywhere are claims that genetic engineering will feed the starving, help eliminate disease, and so forth. The ideas and evidence presented below are intended to help evaluate that central question. Some scientists believe that, since genetic codes determine the appearance, personality, health, and aging process of human beings, if that genetic information in the chromosomes could be decoded and the genetic mechanism were understood, we could potentially control and improve our health, quality of life, and the biochemical processes in our bodies. In other words, we could control our own fate. Also, we'd be able to improve the genes of other animals and vegetables so that they could serve humankind better. At first sight, these ideas seem reasonable and attractive. However, careful analysis reveals that they are based upon an incorrect theory--the theory of gene determinism. Genes are often described as 'blueprints' or 'computer programs' for

The Public Needs to Know

The Acquisition Process Competition Requirements Choconda Martin BUS 319 November 5, 2012 Professor Calvin D. Fogle Almost all DOD systems are competed at some stage in the acquisition system (we would guess that less than 10% of acquisition programs do not go through a competitive process at least once in their acquisition cycle). Generally, the sequence is: †¢ Define the requirement (determine the mismatch between operational capability–more about this below); †¢ Advertise the need for a product that can satisfy the requirement; †¢ Accept bids from potential suppliers; †¢ Review proposals and select one or more suppliers, Order the product; †¢ Monitor progress; †¢ Accept the finished product; †¢ Review project documentation and pay for the product. This cycle repeats itself one or more times during system development and one or more times during procurement (purchase of a major end item previously developed or available commercially). For l arge systems, procurement follows a highly demanding DOD-funded development process and the prime manufacturer, almost by necessity, is the developer. In such cases, the competitive steps for a given phase of the acquisition process (listed above) would not be repeated during the procurement phase.Some things that I would change would be the misconception of communication within the industry during acquisition processing. The Federal Government has an obligation to conduct procurements in the most effective, responsible and efficient manner possible. Current market information is very vital as they define the requirements, so that the contracting officers can develop the acquisition strategies, seek opportunities for small businesses, and negotiate contract terms. Industry partners are the best source for this information, so productive interactions is very important and should be encouraged.The Federal Acquisition Regulation (FAR) authorizes a broad range opportunites for vendor co mmunication, but agencies most time do not take advantage of these existing flexibilities. Some agencies may be reluctant due to fear of protests or fear binding the agency in unauthorized commitments. If we increase the awareness by training the agencies with the help of DAU (Defense Acquisition University) and agency training practitioners to conduct an awareness campaign we might be able to eliminate unnecessary barriers to engagement.Agencies should provide clear, consistent direction to their workforce and industry partners about how to engage with industry prior to award of contracts and task and delivery orders under the Federal Supply Schedule, government-wide acquisition contracts, and other indefinite delivery/indefinite quantity contracts. While agencies do not have the resources, and are not required, to meet with every vendor at every step of the acquisition process, information gathered from industry sources plays an invaluable role in the acquisition process.For this reason, agencies must develop practices that will ensure early, frequent, and constructive communication during key phases of the process. The federal government’s ability to achieve successful program outcomes, effectively and efficiently, depends upon agencies establishing effective strategies for industry engagement and supporting those strategies with senior-level commitment.References Co-Workers/Supervisor/FAR The Public Needs to Know The Acquisition Process Competition Requirements Choconda Martin BUS 319 November 5, 2012 Professor Calvin D. Fogle Almost all DOD systems are competed at some stage in the acquisition system (we would guess that less than 10% of acquisition programs do not go through a competitive process at least once in their acquisition cycle). Generally, the sequence is: †¢ Define the requirement (determine the mismatch between operational capability–more about this below); †¢ Advertise the need for a product that can satisfy the requirement; †¢ Accept bids from potential suppliers; †¢ Review proposals and select one or more suppliers, Order the product; †¢ Monitor progress; †¢ Accept the finished product; †¢ Review project documentation and pay for the product. This cycle repeats itself one or more times during system development and one or more times during procurement (purchase of a major end item previously developed or available commercially). For l arge systems, procurement follows a highly demanding DOD-funded development process and the prime manufacturer, almost by necessity, is the developer. In such cases, the competitive steps for a given phase of the acquisition process (listed above) would not be repeated during the procurement phase.Some things that I would change would be the misconception of communication within the industry during acquisition processing. The Federal Government has an obligation to conduct procurements in the most effective, responsible and efficient manner possible. Current market information is very vital as they define the requirements, so that the contracting officers can develop the acquisition strategies, seek opportunities for small businesses, and negotiate contract terms. Industry partners are the best source for this information, so productive interactions is very important and should be encouraged.The Federal Acquisition Regulation (FAR) authorizes a broad range opportunites for vendor co mmunication, but agencies most time do not take advantage of these existing flexibilities. Some agencies may be reluctant due to fear of protests or fear binding the agency in unauthorized commitments. If we increase the awareness by training the agencies with the help of DAU (Defense Acquisition University) and agency training practitioners to conduct an awareness campaign we might be able to eliminate unnecessary barriers to engagement.Agencies should provide clear, consistent direction to their workforce and industry partners about how to engage with industry prior to award of contracts and task and delivery orders under the Federal Supply Schedule, government-wide acquisition contracts, and other indefinite delivery/indefinite quantity contracts. While agencies do not have the resources, and are not required, to meet with every vendor at every step of the acquisition process, information gathered from industry sources plays an invaluable role in the acquisition process.For this reason, agencies must develop practices that will ensure early, frequent, and constructive communication during key phases of the process. The federal government’s ability to achieve successful program outcomes, effectively and efficiently, depends upon agencies establishing effective strategies for industry engagement and supporting those strategies with senior-level commitment.References Co-Workers/Supervisor/FAR

The Biggest Error of a New Freelance Writer

The Biggest Error of a New Freelance Writer Here lately Ive received a rash of emails asking me how to become a freelance writer and make money. Well, actually, they ask how they can write and get paid So, lets look at this for a moment . . . Im supposed to take on someone who is not a commercial writer, teach them how to write such that it IS marketable, then pay them $50 for 500 words that fit FundsforWriters. Some submitters become quite disgruntled when I refuse them. Some pitch me anyway, then when I reject (always with reasons to help them learn), they get angry that I am not giving a new writer a chance Note to writers everywhere: It is not an editors job to teach you how to write. When you pitch, you are professing to already know the craft. It should be only a  matter of the writers pitch fitting the need of the publication. The best ways to learn how to write for a publication: 1) Read all the freelance chapters in a Writers Market. 2) Read enough of the publication youre pitching to understand their style. 3) Read the guidelines and study the editorial calendar (if available). 4) Ensure your writing is polished enough so that the editor wants to read more. 5) Know the Chicago Manual of Style. Second note to writers: Editors are not there to edit your work for you. They are there to edit for the publication, to find the best topics for their readers and then edit the stories to fit the space. Take the time to learn how to write well. Then take the time to learn how to pitch smart. Do not use editors for your trial and error learning process. Find beta readers and critique groups to test drive your work. You cannot undo a first impression, and yes, many editors remember. An idea that doesnt quite fit is one thing.not knowing how to write is quite another. Freelance writing resources for the new freelance writer: therenegadewriter.com/ makealivingwriting.com/ writersmarket.com/

Moral Majority - Evangelical Conservative Movement

Moral Majority - Evangelical Conservative Movement The Moral Majority was powerful movement in American politics made up of evangelical Christian conservatives who felt their families and values were under attack amid the legalization of abortion, womens liberation and what they perceived to be the moral decline of society during the turbulent 1960s. The Moral Majority was founded in 1979 by the Rev. Jerry Falwell, who would become a polarizing figure himself in the decades that followed.   Falwell described the Moral Majoritys mission as being the agent to train, mobilize and electrify the Religious Right.  In a speech at his own Baptist Church in  Lynchburg, Virginia, in 1980, Falwell described the Moral Majoritys enemy: We’re fighting a holy war. What’s happened to America is that the wicked are bearing rule. We have to lead the nation back to the moral stance that made America great. We need to wield influence on those who govern us. The Moral Majority does not exist as an institution anymore, but the movement of evangelical conservatives remains strong in American politics. The Moral Majority dissolved as an institution in 1989 when Falwell proclaimed our mission is accomplished. Falwell had resigned as the groups president two years earlier, in 1987. Falwell said in announcing the disbanding of the Moral Majority in 1989: I feel that I have performed the task to which I was called in 1979. The religious right is solidly in place and, like the galvanizing of the black church as a political force a generation ago, the religious conservatives in America are now in for the duration. Indeed, several other groups remain influential in carrying on the mission of evangelical conservatives. They include Focus on the Family, run by  psychologist James Dobson; the Family Research Council, run by Tony Perkins; the Christian Coalition of American, run by Pat Roberson; and the  Faith and Freedom Coalition, run by Ralph Reed. Public opinion has shifted on many of the issues that drove the formation of these groups following the 1960s. Policy Goals of the Moral Majority The Moral Majority sought to gain influence in national politics so that it could work to: Prohibit abortion and overturn Roe v. Wade.Require prayer in public schools.Oppose and ban gay marriage.Defeat the  Equal Rights Amendment, which guaranteed women the same rights as men.A return to traditional gender roles in American households. Falwells Family Manifesto declared the role of the male is most effectively that of provider and the role of the female one of nurturer. Bio of Moral Majority Founder Jerry Falwell Falwell was a Southern Baptist minister who rose to prominence as the founder of Lynchburg Baptist College in Lynchburg, Virginia. The institution later changed its name to Liberty University. He was also the host of the  Old Time Gospel Hour,  a television show that was broadcast across the United States. He founded the Moral Majority in 1979 to combat what he saw as the erosion of culture. He resigned in 1987 amid the groups sagging finances and poor election results in the 1986 midterm elections.  Falwell said at the time he was returning to his  first love, the pulpit. Back to preaching, back to winning souls, back to meeting spiritual needs, he said.   Falwell died in May 2007 at the age of 73. History of the Moral Majority The Moral Majority had its roots in the New Right movement of the 1960s. The New Right, eager to boost its ranks and hungry for a major election victory following Republican Barry Goldwaters loss in 1964, sought to bring evangelicals into its ranks and encouraged Falwell to launch the Moral Majority, according to Dan Gilgoff, the author of the 2007 book  The Jesus Machine: How James Dobson, Focus on the Family, and Evangelical America are Winning the Culture War.   Wrote Gilgoff: Through Moral Majority, Falwell focused his activism on evangelical pastors, telling them that issues like abortion rights and gay rights required them to cast off their decades-long political inhibitions and to stop viewing politics as a dirty business unfit for church people. In the early 1980s, Falwell barnstormed the country, speaking to countless congregations and pastors breakfasts and logging 250,000 miles a year on a chartered plane. Falwells activism seemed to pay off early. While white evangelicals had backed Jimmy Carter - a Southern Baptist whod taught Sunday school in Georgia - in 1976, they broke 2 to 1 for Ronald Reagan in 1980, providing a major plank of support and establishing themselves as a lasting base of Republican support. The Moral Majority claimed some four million Americans were members, but critics argue the number was substantially smaller, only in the hundreds of thousands. The Decline of the Moral Majority Some conservative firebrands including Goldwater openly mocked the Moral Majority and portrayed it as a dangerous fundamentalist group that threatened to erase the line separating church and state by using the muscle of religion towards political ends. Said Goldwater in 1981: The uncompromising position of these groups is a divisive element that could tear apart the very spirit of our representative system if they gain sufficient strength. Goldwater added that  he was  sick and tired of the political preachers across this country telling me as a citizen that if I want to be a moral person, I must believe in A, B, C and D. Just who do they think they are? The influence of the Moral Majority peaked with the election of Republican Ronald Reagan  as  president in 1980, but the re-election of the conservative icon in 1984 also sped the decline of Falwells group. Many financial backers of the Moral Majority saw little need to keep contributing when the White House was safely in their control.   Ronald Reagans reelection in 1984 led many supporters to conclude that further contributions were no longer as badly needed, wrote  Glenn H. Utter and James L. True in  Conservative Christians and Political Participation: A Reference Handbook. The decline of the Moral Majority was also precipitated by nagging questions about prominent evangelists including Jim Bakker, who hosted The PTL Club until a sex scandal forced him to quit, and Jimmy Swaggart also brought down by scandal. Eventually, Falwells critics began to ridicule the Moral Majority, it was neither moral nor a majority.   The Controversial Jerry Falwell In the 1980s and 1990s, Falwell was widely ridiculed for making a series of bizarre statements that made him and the Moral Majority appear to be out of touch with mainstream Americans. He warned, for example, that a purple character on the childrens show  Teletubbies,  Tinky Winky, was gay and  encouraging tens of thousands of children to be gay as well. He said Christians were deeply concerned about little boys running around with purses and acting effeminate and leaving the idea that the masculine male, the feminine female is out, and gay is O.K. After the attacks of September 11, 2001, Falwell suggested gays, feminists and those who support abortions rights help create the environment for such terrorism. Falwell said: Throwing God out successfully with the help of the federal court system, throwing God out of the public square, out of the schools ... the abortionists have got to bear some burden for this because God will not be mocked. And when we destroy 40 million little innocent babies, we make God mad. The pagans and the abortionists and the feminists and the gays and the lesbians who are actively trying to make that an alternative lifestyle, the ACLU, People for the American Way - all of them who have tried to secularize America. I point the finger in their face and say you helped this happen. Falwell also claimed: AIDS is the wrath of a just God against homosexuals. To oppose it would be like an Israelite jumping in the Red Sea to save one of Pharaohs charioteers ... AIDS is not just Gods punishment for homosexuals; it is Gods punishment for the society that tolerates homosexuals. Falwells influence in politics waned dramatically in the final two decades of his life because of such statements, which he made a time when public opinion was shifting in favor of gay marriage and womens reproductive rights.