College And Career Research - 1090 Words

la Whitted Mrs. Bagshawe English 3 11 December 2014 College and Career: Research When I was a little girl nothing was more gratifying than lining all my stuff animals and dolls up with paper and pencils. It gave me great pleasure to stand in front of them and share my intellectual knowledge. I played school for as long as I can remember and that is where the love for my career choice started. When I got older and started going to school I noticed that there were not only normal kids there were also other children who needed extra attention and who were is special classrooms. I started taking an interest in the special education students, so I decided that I not only wanted to be a teacher, I wanted to be a special education teacher. For as long as I can remember, college has always been in my future. After realizing that I wanted to be a special education teacher, I started searching for colleges that fit my career plan. I found that Illinois State University was interesting and has an outstanding Special Education Program. I will b e attending Illinois State University in 2016 getting a B.A.Degree in Special Education focusing on Severe Profound population. Becoming a special education teacher requires a lot of hard work, and the daily duties may be a lot of work. The daily duties may consist of teaching the class every day, and helping the students, getting into depth with what they are learning because they are special education students.Show MoreRelatedCareer And College Research Paper Essay1420 Words   |  6 PagesCareer and College Research Paper The career that I have chosen is to be a pharmacist. This is a very challenging career, but it is also very rewarding career personally and also financially. A pharmacist’s job is to fill prescriptions, observe how certain pills will react with other prescriptions, teach patients how to safely use the pills and warn them of potential side effects (â€Å"Summary†). I chose this career for many reasons. I chose this because it is a very interesting career to me and I wouldRead MoreCareer And College Research Paper947 Words   |  4 PagesCareer and College Research Paper Graduating from high school is vital for many different reasons, one of them being that it dictates the foundation of your entire future. Given that I am only in high school, I still have to take my future into my own hands, beginning with my pursuit to becoming an Obstetrician/ Gynecologist (OB/GYN). An â€Å"OB/GYN helps women with pregnancy, childbirth, general care and women with diseases in the reproductive system† (â€Å"Summary†). I chose this career because I wantRead MoreCollege And Career Research Essay1158 Words   |  5 PagesCollege and Career Research Essay By, Darien Carson The future; after high school, after college, the future is a later time period that will happen in one’s life. For my future I plan to attend college and later become an engineer. College is one of the best choices available for high school graduates to ensure a successful future. Colleges offer specialized learning that when attended can open many opportunities. Two colleges I may attend after high school are Massachusetts Institute of TechnologyRead MoreCareer And College Research Paper1741 Words   |  7 PagesEnglish III 9 December 2016 Career and College Research Paper Identification and Description of Career The field I have chosen to study in college is psychology. In particular, I wish to obtain a PhD in clinical psychology. For the most part, psychologists study how humans interact with others and the processes of the mind by analyzing and taking notes on the behavior of the client and how they interact with the world around them (â€Å"Psychologists†). I chose this career, because I’ve always lovedRead MoreCareer And College Research Paper1282 Words   |  6 PagesCareer and College Research Paper Ever since I started breathing I have been told the same simple phrase, ‘the sky s the limit,’ so I took it literally and now aspire become a professional pilot. This road is a divergent one in the fact that there are many differing variations of this occupation including becoming a commercial, airline, or corporate pilot, of which I have chosen the airline option. To elucidate, â€Å"Airline pilots fly for airlines that transport people and cargo on a fixed scheduleRead MoreCareer And College Research Paper Essay1484 Words   |  6 PagesCareer and College Research Paper I decided to go with a career in astronomy. An astronomer is a scientist who tries to understand the wonders of the Universe as well the wonders beyond our universe. Astronomers also study the stars, planets, and other galaxies (â€Å"Careers in Astronomy | IAU†). I chose a career in astronomy because I have always been fascinated by space and how the universe works. It is extremely important to understand education or training requirements, skills or talents neededRead MoreCareer And College Research Paper1588 Words   |  7 PagesCareer and College Research Paper The work space for an aviationist is wide open and increasing. There is a lot of jobs for an aviationist such as an engineer mechanic, serve technicians, avionics technicians, aircraft mechanics, aerospace engineering, and airline and commercial pilots. The reason I chose this career is because I have some family that went to college to learn about aviation and after researching about aviation and all it has to offer I realized that the job is wide open and increasingRead MoreCareer And College Research Paper1564 Words   |  7 PagesCareer and College Research Paper J.K. Rowling once said, â€Å"Imagination is not only the uniquely human capacity to envision that which is not, and therefore the fount of all innovation. In its arguably most transformative and revelatory capacity, it is the power to that enables us to empathize with humans whose experiences we have never shared† (â€Å"J. K. Rowling Quotes.). I want to be a writer. A writer is a person who is a fountain of imagination and innovation. A writer is a creator of worlds, aRead MoreCareer And College Research Paper1504 Words   |  7 PagesCareer and College Research Paper Ever since I can remember I have wanted to do two things with my career, and that is to travel and to meet as many new people I can. In becoming a Pharmaceutical Sales Representative, those cravings can transform into my own reality. Becoming a Pharmaceutical Sales Representative (PSR) has been on my radar for quite sometime. Furthermore, It is going to be vital for me to advance my education and receive a college degree. It is an absolute necessity to comprehendRead MoreCareer And College Research Paper885 Words   |  4 PagesCareer and College Research Paper When I first read To Kill a Mockingbird, I fell in love with Atticus Finch’s character; he was a calm, fair lawyer who fought for the wronged. Lawyers represent individuals, businesses, and organizations in court, as well as read wills and deeds. Criminal prosecutors represent clients who have had a crime committed against them. I chose this career because being a lawyer, especially a criminal prosecutor, requires laying out facts in a clear and concise manner,

Ethics And Society Ethics Essay - 1009 Words

Ethics and Society Ethics refers to the principals or standards of human conduct that can be used by an individual to make decisions between alternative courses of action. Ethical choices occur in all lifestyles and typically involve a conflict where one person or group benefits at the expense of another. Business, for example, is often confronted with the decision to utilize technology to reduce its workforce and thereby raise its profits to benefit its shareholders, at the expense of eliminating the jobs of loyal employees who have been with the company for many years. One could make an argument for either course of action, and indeed there is no right or wrong answer, because either action might be deemed correct within its own objective. How then does one make an ethical decision? As with every decision, you begin by identifying the facts – who did (or will do) what to whom, and where, when, and how was (will it) be done? What are the opposing courses of action and the consequences of each? The decision maker can then decide which path to follow and which principal or value to apply. He or she may be guided by a professional code of conduct such as those advocated by the American Medical Association or the American Bar Association. There may also be a clear legal principle, but as is often the case with new technology the law may not yet exist. Eventually, however, every ethical choice is a matter of individual conscience. Perhaps the most basic tenet guiding anyShow MoreRelatedEthics And Society : Ethics1009 Words   |  5 PagesEthics and Society Ethics refers to the principles or standards of human conduct that can be used by an individual to make decisions between alternative courses of action. Ethical choices occur in all lifestyles and typically involve a conflict where one person or group benefits at the expense of another. Business, for example, is often confronted with the decision to utilize technology to reduce its workforce and thereby raise its profits to benefit its shareholders, at the expense of eliminatingRead MoreEthics And Its Impact On Society1281 Words   |  6 Pages(government) leadership (Hasel, 2013). In modern times, ethics in government have become not only something of great public interest, but also an important area of study in the academic fields of politics and government. Ethics refers to the study of right and wrong behaviors (Makenricko, 2007). Ethics means weighing carefully the actions to be undertaken through the compliance prism of a set of values and standards defined at the level of society, for its own good (Brown, Trevino, Harrison, 2005Read MoreEthics And Its Impact On Society Essay1618 Words   |  7 PagesEthics, broadly defined, is a set of values or principles established by society for its betterment. Many of these values and principles are incorporated into culture and law. Organizations today integrate ethics into the foundation of their businesses in order to augment the professional value and trustworthiness of their enterprise. Both public and private companies are expected to uphold certain ideals and internal controls for the benefit of their sta keholders. Operating with high virtues dictatesRead MoreEthics in Society Essay678 Words   |  3 PagesEthics in Society Life is a complicated journey. It is a mosaic of our experiences and adventures, coupled with information weve acquired through friends, family, books and teachers. As we mature, we begin to develop a distinct view of the world around us, as well as where we belong within that world. Our decisions start to follow the path laid out by the philosophy formed from this conglomeration o knowledge. These actions and beliefs, together with our genetic predispositions, help defineRead MoreBusiness Ethics in Society1153 Words   |  5 Pages. According to Velasquez, an ethic theory is one that evaluates the moral standards of a society. In other words, it evaluates whether actions are right or wrong. An ethical theory is developed within an individual while he or she is growing up. Furthermore, that child will develop moral standards of how to behave, talk and communicate because of the influence of his family, his religion and his community (13). 2. According to Velasquez, utilitarianism is a view where actions and policies are evaluatedRead MoreEthics Are The Foundations Of Society1281 Words   |  6 PagesEthics are the foundations of any society in which any group of organisms lives. From the dawn of social behavior in animals, the preservation of lives and well-being has been at the forefront of a population’s goals. This is because this method of survival works. We kept one another alive because we all wanted to stay alive. We treated each other with the dignity with which we wanted to be treated. However, we have come to a point beyond using only the base instincts we have to keep individualsRead MoreEthics And Its Impact On Society1312 Words   |  6 Pages. A large part of ethics are biological in origin we,re social creative, and as such have had to develop instincts over the ages that allow us to cooperate in groups.This includes basic concepts such as a revulsion or at least hesitance toward homicide basic ideas like property rights, and the concept of justice and revenge, these are universals across all cultures. Some rare individuals may lack these fundamental ethics, but they are always unusual cases among their societies and are usually outcastRead MoreIke Ethics And Society1324 Words   |  6 Pages IKEA GB590: Ethics in Business and Society Unit 2 Assignment Nicola Jones Baker Prof: Jackie Deem January 16, 2016 Introduction In 1995 one of IKEA suppliers in India was named for using children for labor in a rug factory. This was alarming to the IKEA Corporation. This news could have been damaging to the entire company if the right preventive measures were not taken. IKEA had to decide on their viewpoint on child labor and then had to make sure that what they didRead MoreEthics And Its Effects On Society913 Words   |  4 PagesEthics as defined in the Mariam Webster Dictionary is â€Å"rules of behavior based on ideas about what is morally good and bad†. I believe that as Americans we excel (most of the time) in doing the right thing. For example, most Americans raise their children to say sorry and hug it out when they did something wrong and to speak up when someone is being mistreated. Although, in the science field as far as experiments go, a lot of wrongdoing is occurring. I think that there is a gaping hole in where ourRead MoreThe Importance of Ethics in Society Essay883 Words   |  4 P agesEthics are moral principles or values that govern the conduct of an individual or a group.It is not a burden to bear, but a prudent and effective guide which furthers life and success. Ethics are important not only in business but in academics and society as well because it is an essential part of the foundation on which a civilized society is built. Ethical behaviour is what all career people should aim to have. Not just the ethical attribute but exceptional behaviour with this regard

Fluid Friction Measurements Essay Sample free essay sample

1. Aim: O To find the caput loss. O To find the caput loss associated with flow of H2O through standard adjustments used in plumbing installings. O To find the relationship between clash coefficient and Reynolds’ figure for flow of H2O through a pipe holding a roughened dullard. O To find the H2O speed by utilizing flow measuring devices. 2. Equipment: The trial pipes and adjustments are mounted on a cannular frame carried Castors. Water is fed in from the fluid mechanicss bench via the biting connection ( 1 ) . and is fed back into the volumetric armored combat vehicle via the issue tubing ( 23 ) .  ·  ·  ·  ·  ·  ·  ·  ·  ·  ·  ·  ·  ·  · An in-line strainer ( 2 ) An unnaturally roughened pipe ( 7 ) Smooth bore pipes of 4 different diameter ( 8 ) . ( 9 ) . ( 10 ) and ( 11 ) A long radius 90 ° crook ( 6 ) A short radius 90 ° crook ( 15 ) A 45 ° â€Å"Y† ( 4 ) A 45 ° cubitus ( 5 ) A 90 ° â€Å"T† ( 13 ) A 90 ° miter joint ( 14 ) A 90 ° cubitus ( 22 ) A sudden contraction ( 3 ) A sudden expansion ( 16 ) A pipe subdivision made of clear acrylic with a Pitot inactive tubing ( 17 ) A Venturi made of clear acrylic ( 18 ) An opening metre made of clear acrylic ( 19 ) A ball valve ( 12 ) A Earth valve ( 20 ) A gate valve ( 21 ) 3. Theory: 3. 1 Fluid Friction in a Smooth Bore Pipe Two types of flow may be in a pipe: 1 ) Laminar flow at low speeds where H ? V 2 ) Turbulent flow at higher speeds where H ? V N where h the caput loss due to clash. V the fluid speed. and 1. 7 lt ; n lt ; 2. 0. These two types of flow are separated by a passage stage where no definite relationship between Hand V exists. Laminar Transient Turbulent The clash factor. ? . is defined as. ?h =where?h L D V L V2 ? D 2? g the caput loss [ m ] the length between the tapping [ m ] the diameter of the pipe [ m ] the average speed [ m/s ] The Reynolds’ figure. Re. can be found utilizing the undermentioned equation: ? ?V ? D Re =  µ where  µ dynamic viscousness ( 1. 15 ten 10 ?3 Ns/m at 15 °C ) ? the denseness ( 999 kg/m 3 at 15 o C ) For a pipe with a round cross sectional country ; Laminar Flow Re lt ; 2000 Transitional Flow 2000 lt ; Re lt ; 4000 Turbulent Flow Re gt ; 4000 Having established the value of Reynolds’ figure for flow in the pipe. the value of degree Fahrenheit may be determined utilizing a Moody diagram. a simplified version of which is shown below. 3. 2 Head Loss Due to Pipe Fittings The local loss can be estimated as follows ; ?h ( mH 2 O ) =where K V g K ? V2 2?g the fitting â€Å"loss factor† . the average speed of H2O through the pipe [ m/s ] the acceleration due to gravitation [ m/s2 ] . The loss factor is dimensionless and is a map of Reynolds figure. In the standard literature. the loss factor is non normally correlated with Re and raggedness but merely with its geometry and the diameter of the pipe. implicitly presuming that the pipe flow is disruptive. 3. 3 Flow Measurement Orifice home base. Venturi and a Pitot tubing will be used to mensurate the H2O flow rate. For an orifice home base or Venturi. the flow rate and differential caput are related by Bernoulli’s equation with a discharge coefficient added to account for losingss ; 2 ? g ? ?h Q = C vitamin D ? Ao ? ( Ao A1 ) 2 ? 1 where Q the flow rate [ m?/s ] . Cd the discharge coefficient ( Cd = 0. 98 for a Venturi. 0. 62 for an orifice home base ) . A0 the country of the pharynx or opening in m? ( d0 = 14mm for the Venturi. 20mm for the opening home base ) . A1 the country of the pipe upstream m? ( d1 = 24mm ) . the differential caput of H2O [ m ] . ?h g the acceleration due to gravitation [ m/s? ] . For a Pitot tubing. the differential caput measured between the sum and inactive tappings is tantamount to the speed caput of the fluid ; V2 = h1 ? h2 2? g V = 2 ? g ? ( h1 ? h2 )whereV ( h1 ? h2 ) g the average speed of H2O through the pipe [ m/s ] . the differential caput of H2O [ m ] . the acceleration due to gravitation [ m/s? ] . 3. 4 Fluid Friction in a Roughened Pipe Use the same theory explained in 3. 1. 4. Procedure: 4. 1. Fluid Friction in a Smooth Bore Pipe Prime the pipe web with H2O. Open and shut the appropriate valves to obtain flow of H2O through the needed trial pipe. See the diagram screen on the Personal computer. Measure the internal diameter of the trial pipe sample and enter the consequence in the appropriate box on the diagram screen. Adjust the control valve on the F1-10 to give the desired flow rate through the setup. as displayed on the Personal computer. It is normally best to get down the experiment at low flows and work up to higher flows. Use a Moody diagram to gauge the pipe clash factor from the Reynolds’ figure. Enter the clash factor on the diagram screen. Note: This phase of the computations can be carried out after the consequences have been collected if preferred. When the readings on the Personal computer are stable. click ‘GO’ to take a sample. Repeat this for a scope of flow rates between lower limit and upper limit. In normal opera tion. the package should be set to enter utilizing the electronic detectors. However. in order to mensurate really low flow rates it may be necessary to mensurate the flow rate utilizing a measurement cylinder and stop watch. In this instance the package should be set to enter the flow volumetrically. and the volume and clip informations entered in the appropriate boxes on the diagram screen. 4. 2. Head Loss Due to Pipe Fittings Prime the pipe web with H2O. Open and shut the appropriate valves to obtain flow of H2O through the needed trial pipe. Connect the force per unit area detectors to the appropriate tappings for the adjustment you wish to look into. See the diagram screen on the Personal computer. Measure the internal diameter of the largest trial pipe sample and enter the consequence in the appropriate box on the diagram screen. Choose the adjustment under trial from the list. If proving a valve. come in the estimated place of the valve. Adjust the control valve on the F1-10 to give the desired flow rate through the setup. as displayed on the Personal computer. It is normally best to get down the experiment at low flows and work up to higher flows. When the readings on the Personal computer are stable. click ‘GO’ to take a sample. Repeat this for a scope of flow rates between lower limit and upper limit In normal operation. the package should be set to enter utilizing the electronic detectors. However. in order to mensurate really low flow rates it may be necessary to mensurate the flow rate utilizing a measurement cylinder and stop watch. In this instance the package should be set to enter the flow volumetrically. and the volume and clip informations entered in the appropriate boxes on the diagram screen. 4. 3 Flow Measurement 4. 3. 1. Venturi and Orifice Plate: Prime the pipe web with H2O. Open the appropriate valves to obtain flow of H2O through the flow metres. View the diagram screen on the Personal computer. Adjust the control valve on the F1-10 to give the desired flow rate through the setup. as displayed on the Personal computer. It is normally best to get down the experiment at low flows and work up to hig her flows. When the readings on the Personal computer are stable. click ‘GO’ to take a sample. Repeat this for a scope of flow rates between lower limit and upper limit. In normal operation the package should be set to enter utilizing the electronic detectors. However. in order to mensurate really low flow rates it may be necessary to mensurate the flow rate utilizing a measurement cylinder and stop watch. In this instance the package should be set to enter the flow volumetrically. and the volume and clip informations entered in the appropriate boxes on the diagram screen. Note: To mensurate the differential caput developed by the opening home base or Venturi ( for the intent of flow measuring ) connect the investigations to the two tappings on the flow metre organic structure. upstream and at the pharynx ( do non utilize the downstream tapping in the pipe ) . To mensurate the caput loss across the opening home base or Venturi connect the investigations to the upstream tapping on the flow metre organic structure and the tapping in the pipe downstream of the device ( do non utilize the pharynx tapping ) . 4. 3. 2. Pitot Tube: Ensure that the olfactory organ of the Pitot tubing is straight confronting the way of flow and located on the centre line of the pipe. Adjust the control valve on the F1-10 to give the desired flow rate through the setup. as displayed on the Personal computer. It is normally best to get down the experiment at low flows and work up to higher flows. When the readings on the Personal computer are stable. click ‘GO’ to take a sample. Repeat this for a scope of flow rates between lower limit and upper limit. In normal operation the package should be set to enter utilizing the electronic detectors. However. in order to mensurate really low flow rates it may be necessary to mensurate the flow rate utilizing a measurement cylinder and stop watch. In this instance the package should be set to enter the flow volumetrically. and the volume and clip informations entered in the appropriate boxes on the diagram screen. At the maximal flow scene unscrew the waterproofing secretory organ sufficiently to let the Pitot tubing to travel. Traverse the tubing across the diameter of the pipe and detect the alteration in differential caput. Estimate the mean reading obtained and compare this with the maximal reading at the Centre of the pipe. Note: The Pitot tubing is included for the intent of presentation merely. The little differential caput produced by the Pitot tubing means that it should merely be used in applications where high speed is to be measured. Accuracy of measuring on the C6 will be hapless because of the low H2O speed. 4. 4 Fluid in a Roughened Pipe Prime the pipe web with H2O. Open and shut the appropriate valves to obtain flow of H2O through the roughened pipe. Estimate the nominal internal diameter of the trial pipe sample utilizing a Vernier calliper ( non supplied ) . Estimate the raggedness factor k/d. Enter the consequence in the appropriate box on the diagram screen. Load the C6-304 package on the Personal computer and position the diagram screen. Adjust the control valve on the F1-10 to give the desired flow rate through the setup. as displayed on the Personal computer. It is normally best to get down the experiment at low flows and work up to higher flows. When the readings on the Personal computer are stable. click ‘GO’ to take a sample. Repeat this for a scope of flow rates between lower limit and upper limit. In normal operation the package should be set to enter utilizing the electronic detectors. However. in order to mensurate really low flow rates it may be necessary to mensurate the flow rate utilizing a measurement cylinder and stop watch. In this instance the package should be set to enter the flow volumetrically. and the volume and clip informations entered in the appropriate boxes on the diagram screen. 5. Analysis and Discussion For 4. 1: †¢ All readings will be stored by the package and can be viewed in tabular or graphical formats. †¢ Plot a graph of H versus V for each size of pipe. Identify the laminar. passage and disruptive zones on the graphs. †¢ Confirm that the graph is a consecutive line for the zone of laminar flow H ? V. †¢ Plot a graph of log H versus log U for each size of pipe. Confirm that the graph is a consecutive line for the zone of turbulent flow H ? V N. Determine the incline of the consecutive line to happen n. †¢ Compare the values of caput loss determined by computation with those measured utilizing the manometer. †¢ Confirm that the head loss can be predicted utilizing the pipe clash equation provided the speed of the fluid and the pipe dimensions are known. For 4. 2: †¢ Confirm that K is a changeless for each adjustment over the scope of trial flow rates. †¢ Plot a graph of K factor against valve gap for each trial valve. Note the differences in characteristic. For 4. 3: 4. 3. 1: †¢ Compare each calculated flow rate with the existent flow rate measured. †¢ Compare the caput loss across the Venturi and opening at the same flow rate. †¢ Compare the differential caput across the Venturi and orifice home base at the same flow rate. †¢ Comment on the differences in the two devices and their suitableness for flow measuring. †¢ Use the theory covered by 3. 1 to find the K factor for the two flow metres. 4. 3. 2: †¢ Compare each deliberate speed with the measured speed ( determined from the volume flow rate and cross sectional country of the pipe ) . †¢ What is the consequence of the speed profile on the consequences obtained? For 4. 4: †¢ †¢ Plot a graph of pipe clash coefficient versus Re ynolds’ figure ( log graduated table ) . Note the difference from the smooth pipe curve on the Moody diagram when the flow is disruptive.