Effect Of Exercise On The Human Body Physical Education Essay

Effect Of Exercise On The Human Body Physical Education Essay The increase in the prevalence of obesity has seemed to lead to an increase in the trend of healthy eating and exercise over the years (Flegal, Carroll, Ogden Johnson, 2002). Interestingly, exercise is actually considered a form of stress, as it is a disruption of homoeostasis (Plowman Smith, 2011, p.22). Exercise is defined as a single acute bout of bodily exertion or muscular activity that requires an expenditure of energy above resting level and that in most, but not all, cases results in voluntary movement (Plowman Smith, 2011, p.705). When we run our heart rate rises, our muscles move faster, our respiratory rate increase, and so on. When we lift weights our muscles are pushed to work harder either via repetition and sets or the amount we lift. During these time periods, our body is struggling to maintain homoeostasis; a healthy form of stress that can make the human body more efficient and productive. Exercise will affect each system differently and different exercise will affect the different systems differently. It is said that health-related physical fitness is composed of components representing cardiovascular-respiratory endurance, metabolism and muscular fitness (Plowman Smith, 2011, p.22). In other words, the main systems that are affected by exercise are our cardiovascular, respiratory, and muscular systems. Exercise also affects our metabolism, which is not a system on its own; however is a key component to provided energy for our body. When we exercise, we need energy. Therefore energy production, or metabolism, is affected by exercise. Metabolism is defined as the the total of all energy transformations that occur in the body (Plowman Smith, 2011, p. 27). To make adenosine tripohophate (ATP), the bodys form of energy, from the food we consume we use a process called cellular respiration. Our resources included carbohydrates, triglycerides and amino acids. Through carbohydrate metabolism, we are able to break down carbohydrates into glucose or glycogen. From there our glucose or glycogen will go through the process of glycolysis to make pyruvate or lactic acid. The acids then become acetyl coenzyme A, which would then go through the Kreb cycle and the electron transport system to create ATP. From our carbohydrate we get a range of thirty to thirty-three ATPs; depending on the muscle group and if glucose on glycogen was used. With triglycerides, we must break it down into fatty acids and glycerol. The fatty acids t hen go through the process of beta oxidation to create acetyl coenzyme A. The number of ATP formed depends on the number of carbon pairs found in the triglyceride. Amino acids make about ten to fifteen percent of our energy supply; and therefore are used as a last resort (Plowman Smith, 2011). During exercise, the goal of metabolism is to do three things. First, increase mobilisation and usage of the free fatty acids in adipose tissue and intramuscular stores. Second, decrease the amount of glucose sent to muscles that are not being used while still sending some to our nervous system; particularly our brain. Third, increase the breakdown of glucose stores in the liver and muscles. This creates glucose from non-carbohydrate sources (Plowman Smith, 2011). We used a different source of energy depending on the type of exercise. If the duration of the exercise were to decrease and or if there is an increase in intensity then carbohydrates would become our main source. However, if we increased our duration and decreased our intensity the many sources would be triglycerides. When the duration is longer than an hour that is when amino acids make a small contribution to the energy production. The effects of exercise on our metabolism, in turn, affect the efficiency of other systems in the body, such as the respiratory system. While exercising, one of the first things we mentally note is a change in is our Respiratory System. This is quite simply because of the high demand for energy, exercise creates. Our respiratory system is used to provided energy via aerobic metabolism, in other words, it brings in the oxygen we need to create ATP. Therefore, it makes sense that we breathe more frequently to help our body get the energy it needs. To speed up the process, it would be best if the rate at which oxygen disassociated from haemoglobin increased. This is exactly what happens. Here is how: as we create more energy the waste product, carbon dioxide, also increases. Therefore our partial pressure of carbon dioxide increase; and because of the carbonic acid-bicarbonate buffer system, there is also a decrease in the pH levels (Martini, Ober Nath, 2012). There is also an increase in body temperatures, which is a byproduct of energy production. These conditions increase the rate of dissociation of oxygen from the protein haemoglobin. What is interesting is our misconception with the idea of our respiratory system as a limiting factor. The phrase, I am out of breath, is commonly heard by runners and gym goers. However, our level of respiratory activity is almost equal to the rate of work being done. If we take our increased activity into hand and our respiratory systems large reserve, we find that the respiratory system does not limit our ability to exercise in any way (Plowman Smith, 2011, p.385). We do not see many adaptions in the respiratory system as a result of training. As a stressor, exercise does not stress the limitations of the respiratory system; and as a result, we do not see any long or short term changes. There are some changes in the respiratory system as a result of water based exercises. We find that they have a higher lung volume and capacities. The reason for this is unknown. However, there is a theory that swimmerà ¢Ã¢â€š ¬Ã‚ ¦breath against the resistance of water, using a restricted breathing pattern with repeated expansion of the lungs to total capacity (Plowman Smith, 2011, p.305). Swimmers also do work in the horizontal position; a position optimal for perfusion of the lung and diffusion of respiratory gases (Plowman Smith, 2011, p.307). In swimmers, we also find that there is a report of higher diffusion capacity. This is also seen in runners. However, this is more likely due to circulatory changes. A slight increase in our minute ventilation is also seen as a result of training adaptation. Minute ventilation or minute volume is defined as the amount of air coming into and leaving the respiratory system per minute (Martini, Ober Nath, 2012). It is the components of minute volume that we see the change in, which affects the minute volume. Minute volume equals to how many breaths we take per minute times our tidal volume. Our tidal volume is the amount of air you move into or out of your lungs during a single respiratory cycle under resting conditions; in other words, it is quite breathing (Martini, Ober Nath, 2012, p. 739). With exercise, our tidal volume adapts and increases at rest. Therefore, individual who frequently exercise  will develop a large tidal volume. As a result, the minute volume is higher after training than before, allowing for the ability to increase our endurance (Plowman Smith, 2011). Besides these changes, we do not see a lot of long-term adaptations in the respiratory system as a result of exercise. The changes mentioned are also very minimal. An area we see a lot changes in response to exercise is our cardiovascular system and muscular system. The ability to deliver oxygen (and other substances) depends on the proper functioning of the cardiovascular system (Plowman Smith, 2011, p.323). As we exercise the need for oxygen increases and carbon dioxide concentration in our blood increase. Chemoreceptor and baroreceptors detect this change in the blood. To get the proper resources to the proper place certain factors of our cardiovascular system start to increase during exercise. These factors include our stroke volume, heart rate, cardiac output, and systolic blood pressure. Stroke volume is the amount of blood that is ejected from the heart after every beat; the amount per minute is the cardiac output. Systolic blood pressure is the blood pressure during a contra ction (Plowman Smith, 2011). The kind of exercise will affect how much these factors will increase or how rapidly it will increase. For example, during the short term, light to moderate aerobic exercise make our factors increase rapidly. However, during incremental exercise, our factors will increase in a rectilinear fashion as the workload increases. Our vascular system also plays an important role as we exercise. When exercising we find that there is a decrease in resistance of the arteries and veins, in other words, we see an increase in vasodilatation. This allows for more blood to go to working muscle, while making sure the blood pressure does not rise excessively (Plowman Smith, 2011). Our cardiovascular system will also contribute to maintaining homoeostasis of our body temperatures. When it comes to thermoregulation the environment surrounding our bodies can be very influential. However, our body is able to maintain an internal temperature via metabolic heat production, body heat radiation, conduction, convection and evaporation. Our cardiovascular system plays a role by capturing the heat exerted by our muscular system and sending them to be released via our peripheral vascular system. One of our primary defences against heat stress, especially while exercising, is sweating. However, there are situations where the thermoregulatory and metabolic demands are not meet by the cardiovascular systems. In this case, an individual can develop heat illness such as heat exhaustion and heatstroke. That is why it is important for those who exercise to keep hydrated before, during and after exercise (Plowman Smith, 2011). Over time we will find that exercise will cause our cardiovascular system to adapt. With endurance training, we will see an increase in blood volume and plasma volume. However, the increase in plasma volume will be seen at the beginning of the training while blood volume increase will not happen until much later. As a result of endurance training, individuals develop a lower heart rate at rest as well as the maximal oxygen consumption (Plowman Smith, 2011). Approximately forty percent of the deaths in America are caused by cardiovascular disease. One of the top cardiovascular diseases is coronary heart disease. However, there are studies that show exercise can reduce the risk of coronary heart disease. Exercise can even reduce the risk of factors that cause cardiovascular diseases; such as properties of metabolic syndrome. Metabolic syndrome is characterised by high visceral abdominal obesity, dyslipidemia, reduced glucose tolerance, insulin resistance, and hypertension. Together, these are factors that can cause cardiovascular diseases. By exercising, we can reduce the risk of many diseases, not just one (Plowman Smith, 2011). The second system that is largely affected by exercise is our skeletal muscular system. Generally, our skeletal muscles are important for posture, heat generation, and motion. To help perform these actions our nervous system plays the control our skeletal muscles. A motor unit is the combinations of the motor neurone and the muscle fibres it stimulates. ATP plays an important role here. This is because one neurone gives the signal for the muscle fibres to contract; the muscle fibres will need the energy to contract and then relax (Plowman Smith, 2011). Human muscle fibres are categorised by contractile properties and metabolic properties. From the contractile perspective, we have fast-twitch fibres and slow-twitch fibres. The ability for the fibre to contract slowly or quickly has more to do with the motor neurone then the fibre. Alpha-1 motor neurones are larger, have high recruitment threshold, and faster conductivity velocity; innervate fast twitch fibres. Alpha 2 motor neurones are smaller, have slower conduction velocity and low recruitment threshold; innervate slow twitch fibres. Metabolically, fast twitch fibres can make energy via oxidation and glycolytic metabolism or just glycolytic metabolism. However, slow twitch fibres can only make energy via oxidative metabolism (Plowman Smith, 2011). Through studies, we have found that athletes that practice endurance activities will have a higher percentage of slow twitch fibres. Individuals who are involved in resistance activities will have a higher percentage of fast twitch fibres. However, it is believed that this is more genetically based, then based on nurture. That is to say, that it is easier for some who has a high amount of fast twitch fibres will be better at resistance activities. While those with high slow twitch fibres are better at endurance activities. Therefore, the contractile properties of muscle fibres cannot be changed via exercise; however, our metabolic properties can be. It is possible for training to cause enough fast twitch fibres to change metabolically, so that they switch from oxidative-glycolytic metabolism to glycolytic metabolism (Plowman Smith, 2011). While training and exercising, we must be aware of muscular fatigue and muscular soreness. Muscular fatigue results from a loss of muscle functions and is largely depend upon the type of muscle fibre being used. Different exercises will use different muscle fibres; therefore, different kinds of exercise will cause muscle fatigue differently. For example, in static activity hydrogen ions increase, glycolysis is inhibited, fewer calcium ions are released in the sarcoplasmic reticulum and there is an occlusion of blood flow. Any of these, if enough or a combination of all of them, can cause muscle fatigue. Muscle soreness is the same idea as overexertion (Plowman Smith, 2011, p. 547). There are two types: immediate-onset soreness and delayed-onset muscle soreness. Immediate-onset soreness is pain that occurs during and immediately after exercise. When over exercising hydrogen ion concentration and lactic acid levels increase, this increase causes an over stimulation of pain receptors. It is believed that this is what cause immediate-onset soreness. However, it is not sure what causes delayed-onset muscle soreness (DOMS). DOMS is the pain that is felt at least eight hours after exercising and, reaches peaks and falls over the next ninety-six hours. Athletes and trainers must beware to avoid these conditions because it can affect athletic participation and performance (Plowman Smith, 2011). Different exercises lead to muscle fatigue differently than another type of exercise. This is the same as the adaptations seen in our muscular system. Different kinds of exercises will lead to different adaptations. Resistance training is used to improve overall health, improve athletic performance; rehabilitate injuries, and change physical appearance (Plowman Smith, 2011, p. 580). Muscular adaptions, however, also rely heavily on their individual goals; and occur at different rates. Trainers must remember to apply a training program based on the individual or team and their capabilities (Plowman Smith, 2011). Metabolism, cardiovascular system, and the muscular system are the main aspects of our body that are affected by exercise. However, our other systems are also affected. Our skeletal system is important for protection, support, mineral storage, hematopoiesis and movement. Studies have shown that exercise has a positive effect on bone health and helps avoid disease such as osteoporosis. Physical activity creates an increase in mechanical force that leads to mechanotransduction. Mechanotransduction is the process of osteocytes modelling and remodelling the bones. This makes the bone stronger. Bending our bones also causes stress (compressive and tensile stress) that changes the hydrostatic pressure of our bones. The change in pressure increases the movement of the fluid within the bone. Fluid in the bone carries the nutrients and wastes; as well as results in the formation of new bone. Exercise helps the body to reach peak bone mass while still growing, offset menopause and slow down bo ne loss that occurs later in life. However, if exercise is done excessively their activity can exceed the adaptive ability of bone, resulting is overuse injury (Plowman Smith, 2011, p. 501). The nervous system was seen coming into play with our muscular system; however, our nervous system also works with our endocrine system when responding to exercise. When responding to stress in general, our nervous system and the endocrine systems will come into play. Since exercise is a stress, we see a response from the nervous system and the endocrine system. Specifically, the sympathetic and the parasympathetic come into play during different points of the exercise. The sympathetic nervous system (SNS), our fight or flight response, will come into play during exercise. While our parasympathetic nervous system (PNS), rest and digest, will be important for recovery; breaking down energy for our muscle recovery, taking deep slow breaths, and so on. The SNS will, during exercise, ensure to enhance our cardiovascular functions, regulate blood flow and maintain blood pressure and thermal balance, and increase fuel mobilisation (Plowman Smith, 2011. It has also been found that after lo ng bouts of exercise a group of neuropeptides called endogenous opioids is released in the central nervous system. Endogenous opioids, or opioids, are a famously know as opium from the best and for subsiding pain (Jonsdottir, 2002). While running as pain levels reach certain levels opioids are released, and are also known to cause runners second the wind or runners high (Widmaier, Raff Strang, 2008, p. 171). The endocrine system also plays a role when exercising. While exercising there is an increase in the release of our metabolic hormones; glucagon, insulin, growth hormone, epinephrine and norepinephrine. These hormones work together to maintain blood glucose levels and mobilise fuel for ATP production. Epinephrine and norepinephrine also help to enhance cardiac function and maintain fluid and electrolyte balance. Adaptive, our endocrine system may change due to exercise. However, it depends on the individual. The adaptation could make the individual more sensitive to lower levels of hormone so that the same effect occurs following training even without a changing baseline (Plowman Smith, 2011, p. 645). Our immune system will also respond to exercise. It has been found that will moderate exercise will lead to higher numbers and activity of neutrophils, natural killer cells, B and T cells, macrophages, and more. Thus making out immune system stronger. However, during excessive exercise, we see a decrease in natural killer cells, lymphocytes and neutrophils. It is believed that this is likely for the vulnerability to acute infections. No pain, no gain, is what is often said among friends when exercising. It is important to remember that exercise is a stressor, and that one will feel pain as a result. It is also important to beware of the effects of over-exercising. Exercise, if done right, can help avoid, delay and lessen the effects of disease; as well enhance our bodies to function to its prime.

Becoming a Police Officer Essay

Although being a police officer can be stressful, it can also be highly rewarding if public service is important to you. (Kara, 1999) When becoming a Police Officer, you are making a commitment to protect your community even if it means giving your life to do it. Despite what some people may think every police officer does their job they way they do it to make sure that your families are safe every night. Just like any job out there now a days you have to have an education. To be a police officer most places are now requiring a two degree. Going beyond a two year degree usually leaves you the opportunity to progress in your field of choice allowing for more job options. Being a Police Officer means that you have to first meet the requirements set forth by the department with which you are applying, have the unique set of skills to do your job efficiently, and you have to have the willingness to further your education to go further in your career. To be successful as a Police Officer there are some characteristics that you need. Some of these characteristics include having a level head, being able to think quickly on your feet, and have the ability to work well under pressure. You have to be able to work well with little to no supervision. This is a skill you need when working undercover and in the field. It is also important that you have self-confidence, and confidence in your ability to make decisions and take the lead in what could be a risky situation. Leadership skills are also important because the people of the community look to you to be able to solve issues and crime related issues. Having the capabilities to be a leader comes very important in the job as an officer. The whole community depends upon your ability to be a leader in their eyes. It’s highly important to have the ability to stay calm in highly stressful situations. If you are unable to stay calm in high pressure situations and emotional intense situations it will become hard for you to as an officer to function on a daily basis. Having patience (which can be difficult at times) and a good set of morals are also important skills an officer must have. An officer must be able to handle situations with patience and good communication skills. These come very handy while interviewing a suspect or even dealing with issues in the community. Having a good set of morals are important because as an officer of the law you must set the example and follow the laws yourself and not believe that you can get away with everything because you are above the law, because you are not. You are an enforcer of the law, so to enforce the law upon others you must also obey the laws yourself. You also should have a good sense of right and wrong to be able to encourage good behavi or to the public. The basic requirements to be a police officer are usually about the same, because most follow the civil service regulations when hiring officers. These requirements would include: Being a United States citizen, you have to be at least twenty-one years old, have a high school diploma or equivalent education, possess a valid driver’s license, and have no prior convictions. Now these are just the basics, most departments generally have more requirements, for example a lot of departments now require that you have at least an associate’s degree in criminal justice. Before you can begin working in a department as an officer you are generally required to attend a police academy which you must complete and pass to be qualified as a Police Officer. When you go through the police academy you are generally there from twelve to fourteen weeks, while there you must pass a physical fitness and written exam. While at the police academy educational wise, you will learn state ordinances and local laws, working with the public, constitutional laws, accident investigation, incident reporting, civil rights, mental preparation for hostility, and criminal psychology. Like most jobs you can learn all you want about a job but, you learn best by doing. Because police jobs are dangerous jobs they require specific training to succeed in the field. Work experience is done under the supervision of a training officer. The on the job training includes: using firearms, responding to emergencies, controlling traffic, CPR and first-aid, self-defense techniques, apprehension techniques, risk assessment, and role playing. All training is essential to be the best you can be at being an officer. All the training that is endured is important for you to be the person the community needs you to be. There are several opportunities for advancement in law enforcement. The police force ranking is clearly structured and goes as followed: Police constable, sergeant, inspector, chief inspector, superintendent, chief superintendent, assistant chief constable, deputy chief constable, and chief constable. Police constables have to complete a two year probationary period before they can be eligible for higher ranking. When the probationary period is over police constables are then able to apply for specialist units such as the fraud squad, fire arms, drug squad, child protection, criminal investigation department (CID) traffic, mounted branches, dog handlers, and underwater search units. Becoming a police officer is a process; you are tested physically and mentally. Being a police officer is an important job because those people are there for you, your family, and the community. Not only is education a requirement to being a police officer, but furthering that education will open up more opportunities in that field. To be a police officer it takes a number of skills to be the best you can be at your job. References AGCAS. (2012, January). Police officer career development. Retrieved from http://www.prospects.ac.uk/police_officer_career_development.htm Education Portal. (2003). Police officer: Educational requirements for police officers. Retrieved from http://education-portal.com/articles/Police_Officer_Educational_Requirements_for_Police_Officers.html What type of person can succeed in law enforcement. (n.d.). Retrieved from http://www.communitypolicing.org/law-enforcement-success

The Republic, By Plato - 1250 Words

In his text, The Republic, Plato leads us through an elaborate thought experiment in which he creates the ideal city. Throughout The Republic Plato constructs the laws and societal structures of what he deems will lead to a high functioning society. He names this city Kallipolis. A cornerstone of Kallipolis’ structure is Plato’s principle of specialization. The Principle of Specialization argues that each member of society must do the job in which he is best suited. Plato explains â€Å"The result, then, is that more plentiful and better-quality goods are more easily produced if each person does one thing for which he is naturally suited, does it at the right time, and is released from having to do any of the others.† (Plato, 370c) Therefore,†¦show more content†¦In contrast, American women hold a minor role in political participation. With only 84 of 435 seats, women face more challenges in American politics than men. (Catalyst) For example, we can loo k at the most recent election where Hillary Clinton was the victim to many implicit gender bias’. In order to elect the most qualified person to lead a country shouldn’t gender be taken out of the equation? Plato’s approach focuses on electing those who are most qualified and justly, eliminates gender as a factor. In addition, I believe that Kallipolis’ is more just than America in terms of gender equality in the workplace. Similar to the selection of the ruling class in Kallipolis, the employment of the working class in Kallipolis is gender blind. I believe that focusing solely on skill completely eliminates the gender seclusion that is prevalent in many fields such as nursing and engineering. For example, women make up only 10% of physics professors across all American Universities. (Singh) In physics and many similar fields, women face stereotypes and implicit bias’ that often impact their professional advancement. 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Butler University Acceptance Rate, SAT/ACT Scores, GPA

Butler University is a private university with an acceptance rate of 68%. Located on a 300-acre campus in Indianapolis, Indiana, Butler was founded in 1855 by attorney and abolitionist Ovid Butler. Undergraduates can choose from 65 undergraduate majors within six academic colleges. The university has an impressive 11-to-1  student / faculty ratio. On the athletic front, the Butler University Bulldogs compete in the NCAA Division I  Big East Conference  and the Pioneer Football League. Considering applying to Butler University? Here are the admissions statistics you should know, including average SAT/ACT scores and GPAs of admitted students. Acceptance Rate During the 2017-18 admissions cycle, Butler University had an acceptance rate of 68%. This means that for every 100 students who applied, 68 students were admitted, making Butlers admissions process somewhat competitive. Admissions Statistics (2017-18) Number of Applicants 16,418 Percent Admitted 68% Percent Admitted Who Enrolled (Yield) 12% SAT Scores and Requirements Butler University requires that all applicants submit either SAT or ACT scores. During the 2017-18 admissions cycle, 66% of admitted students submitted SAT scores. SAT Range (Admitted Students) Section 25th Percentile 75th Percentile ERW 590 660 Math 580 670 ERW=Evidence-Based Reading and Writing This admissions data tells us that most of Butlers admitted students fall within the top 35% nationally on the SAT. For the evidence-based reading and writing section, 50% of students admitted to Butler scored between 590 and 660, while 25% scored below 590 and 25% scored above 660. On the math section, 50% of admitted students scored between 580 and 670, while 25% scored below 580 and 25% scored above 670. Applicants with a composite SAT score of 1330 or higher will have particularly competitive chances at Butler. Requirements Butler does not require the SAT writing section or SAT Subject tests. Note that Butler University participates in the scorechoice program, which means that the admissions office will consider your highest score from each individual section across all SAT test dates. ACT Scores and Requirements Butler requires that all applicants submit either SAT or ACT scores. During the 2017-18 admissions cycle, 72% of admitted students submitted ACT scores. ACT Range (Admitted Students) Section 25th Percentile 75th Percentile English 24 32 Math 24 29 Composite 25 30 This admissions data tells us that most of Butlers admitted students fall within the top 22% nationally on the ACT. The middle 50% of students admitted to Butler received a composite ACT score between 25 and 30, while 25% scored above 30 and 25% scored below 25. Requirements Butler does not require the ACT writing section. Unlike many universities, Butler superscores ACT results; your highest subscores from multiple ACT sittings will be considered. GPA In 2018, the average high school GPA of Butler Universitys incoming freshmen class was 3.86, and over 63% of incoming students had average GPAs of 3.75 and above. These results suggest that most successful applicants to Butler University have primarily A grades. Self-Reported GPA/SAT/ACT Graph Butler University Applicants Self-Reported GPA/SAT/ACT Graph. Data courtesy of Cappex. The admissions data in the graph is self-reported by applicants to Butler University. GPAs are unweighted. Find out how you compare to accepted students, see the real-time graph, and calculate your chances of getting in  with a free Cappex account. Admissions Chances Butler University, which accepts just over two-thirds of applicants, has a somewhat competitive admissions process. If your SAT/ACT scores and GPA are within the schools average ranges, you have a strong chance of being accepted. Keep in mind, however, that Butler also has a  holistic admissions  process, and admissions decisions are based on more than numbers. A strong  application essay  and a  rigorous course schedule can strengthen your application, as can participation in meaningful extracurricular activities. Butler also offers applicants the opportunity to submit optional letters of recommendation  and an activity and honors resume to add to their application. Students with particularly compelling stories or achievements can still receive serious consideration even if their grades and scores are outside of Butlers average range. Note that students applying to the Jordan College of the Arts will be required to audition, interview, and/or submit a portfolio. In the graph above, the blue and green dots represent accepted students. Most successful applicants had high school averages of B or higher, combined SAT scores of 1100 or higher, and ACT composite scores of 22 or better. Your chances are best if your numbers are a bit higher than these lower ranges. Many Butler students had high school GPAs in the A range. If You Like Butler University, You May Also Like These Schools Purdue UniversityBradley UniversityOhio State UniversityUniversity of IowaIndiana University - BloomingtonUniversity  of Michigan - Ann ArborBall State UniversityDrake UniversityUniversity of Notre DameUniversity of Dayton All admissions data has been sourced from the National Center for Education Statistics and Butler University Undergraduate Admissions Office. Butler University Acceptance Rate, SAT/ACT Scores, GPA Butler University is a private university with an acceptance rate of 68%. Located on a 300-acre campus in Indianapolis, Indiana, Butler was founded in 1855 by attorney and abolitionist Ovid Butler. Undergraduates can choose from 65 undergraduate majors within six academic colleges. The university has an impressive 11-to-1  student / faculty ratio. On the athletic front, the Butler University Bulldogs compete in the NCAA Division I  Big East Conference  and the Pioneer Football League. Considering applying to Butler University? Here are the admissions statistics you should know, including average SAT/ACT scores and GPAs of admitted students. Acceptance Rate During the 2017-18 admissions cycle, Butler University had an acceptance rate of 68%. This means that for every 100 students who applied, 68 students were admitted, making Butlers admissions process somewhat competitive. Admissions Statistics (2017-18) Number of Applicants 16,418 Percent Admitted 68% Percent Admitted Who Enrolled (Yield) 12% SAT Scores and Requirements Butler University requires that all applicants submit either SAT or ACT scores. During the 2017-18 admissions cycle, 66% of admitted students submitted SAT scores. SAT Range (Admitted Students) Section 25th Percentile 75th Percentile ERW 590 660 Math 580 670 ERW=Evidence-Based Reading and Writing This admissions data tells us that most of Butlers admitted students fall within the top 35% nationally on the SAT. For the evidence-based reading and writing section, 50% of students admitted to Butler scored between 590 and 660, while 25% scored below 590 and 25% scored above 660. On the math section, 50% of admitted students scored between 580 and 670, while 25% scored below 580 and 25% scored above 670. Applicants with a composite SAT score of 1330 or higher will have particularly competitive chances at Butler. Requirements Butler does not require the SAT writing section or SAT Subject tests. Note that Butler University participates in the scorechoice program, which means that the admissions office will consider your highest score from each individual section across all SAT test dates. ACT Scores and Requirements Butler requires that all applicants submit either SAT or ACT scores. During the 2017-18 admissions cycle, 72% of admitted students submitted ACT scores. ACT Range (Admitted Students) Section 25th Percentile 75th Percentile English 24 32 Math 24 29 Composite 25 30 This admissions data tells us that most of Butlers admitted students fall within the top 22% nationally on the ACT. The middle 50% of students admitted to Butler received a composite ACT score between 25 and 30, while 25% scored above 30 and 25% scored below 25. Requirements Butler does not require the ACT writing section. Unlike many universities, Butler superscores ACT results; your highest subscores from multiple ACT sittings will be considered. GPA In 2018, the average high school GPA of Butler Universitys incoming freshmen class was 3.86, and over 63% of incoming students had average GPAs of 3.75 and above. These results suggest that most successful applicants to Butler University have primarily A grades. Self-Reported GPA/SAT/ACT Graph Butler University Applicants Self-Reported GPA/SAT/ACT Graph. Data courtesy of Cappex. The admissions data in the graph is self-reported by applicants to Butler University. GPAs are unweighted. Find out how you compare to accepted students, see the real-time graph, and calculate your chances of getting in  with a free Cappex account. Admissions Chances Butler University, which accepts just over two-thirds of applicants, has a somewhat competitive admissions process. If your SAT/ACT scores and GPA are within the schools average ranges, you have a strong chance of being accepted. Keep in mind, however, that Butler also has a  holistic admissions  process, and admissions decisions are based on more than numbers. A strong  application essay  and a  rigorous course schedule can strengthen your application, as can participation in meaningful extracurricular activities. Butler also offers applicants the opportunity to submit optional letters of recommendation  and an activity and honors resume to add to their application. Students with particularly compelling stories or achievements can still receive serious consideration even if their grades and scores are outside of Butlers average range. Note that students applying to the Jordan College of the Arts will be required to audition, interview, and/or submit a portfolio. In the graph above, the blue and green dots represent accepted students. Most successful applicants had high school averages of B or higher, combined SAT scores of 1100 or higher, and ACT composite scores of 22 or better. Your chances are best if your numbers are a bit higher than these lower ranges. Many Butler students had high school GPAs in the A range. If You Like Butler University, You May Also Like These Schools Purdue UniversityBradley UniversityOhio State UniversityUniversity of IowaIndiana University - BloomingtonUniversity  of Michigan - Ann ArborBall State UniversityDrake UniversityUniversity of Notre DameUniversity of Dayton All admissions data has been sourced from the National Center for Education Statistics and Butler University Undergraduate Admissions Office.