...Essay Question 2: Refer to the following diagram Using the following sub headings, describe the key biomechanical principles involved in a baseball pitcher throwing a curve ball from right to left. a) Segmental Interaction (7 marks) Body parts move in a sequence to generate the largest force or accelerate possible. To sequentially produce a maximal force effectively, the following principles need to be applied: 1. The stronger and larger muscles of the thighs and trunk are moved first followed by the smaller and faster muscles. This is seen in diagram 1. 2. Sequentially accelerate each body part so that optimum momentum passes from one body part to the next. In the transition from diagram 1 to 2, we see this sequential acceleration of muscle movement. 3. Each body part should be stable so that the next body part accelerates around a stable base to transfer momentum. In pitching it is essential to adopt a wide stance to increase stability. This is done by placing legs further apart from each other. 4. Use as many body parts as possible, so force can be applies over the maximal possible time. The pitcher can increase number of segments by getting side on, whilst also uncocking wrist prior to throw. 5. Follow through is important to prevent deceleration of last segment and safe dissipation of force. This can be seen in the transition from diagram 3 to 4. 6. Ensure all forces are directed towards the batter (the target) b) Spin (6 marks) 1. As...
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...Abstract Among the various non-oxide ceramics, silicon carbide (SiC) is the leader. The attractive properties, such as good specific strength and Young’s modulus as a function of the temperature, the specific stiffness, relatively low weight, corrosion and erosion resistance and easy availability in complex engineering shapes, have made SiC an attractive alternative to the hard metal compositions. These products are applied for high...
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...nose high and nose low. The student must use proper instrument cross-check and interpretation, and applies the appropriate pitch, bank, and power corrections in the correct sequence to return the aircraft to a stabilized level flight attitude. Procedure: (Nose High) * Increase Power * Apply forward elevator pressure to lower the nose and prevent a stall * Correct the bank by applying coordinated aileron and rudder pressure to level the miniature aircraft and center the ball of the turn coordinator * Level pitch attitude is indicated by the reversal and stabilization of the ASI and altimeter needles. * Straight coordinated flight is indicated by the level miniature aircraft and centered ball of the turn coordinator Note* The corrective control applications are made almost simultaneously, but in the following sequence listed above. (Nose Low) * If airspeed is increasing, reduce power to prevent excessive airspeed and loss of altitude. * Correct the bank attitude and coordinated aileron and rudder pressure to straight and level flight by referring to the turn coordinator. * Raise the aircrafts nose to level flight by applying smooth back elevator pressure * This whole procedure should be done smoothly and all controls should be moved simultaneously * The attitude indicator and turn coordinator should be checked to determine bank attitude and then corrective aileron and rudder pressure should be applied. * The ball should always remain...
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...Development and Applications of Acoustic Charge Transport CID #478 Physics 222 Term Paper #1 Abstract Acoustic charge transport is accomplished through the use of a surface acoustic wave passing through a low dimensional electron layer. The power efficiency is increased with a piezoelectric substrate. Quantum wires are formed with higher wave intensity, and quantum dots are formed with the interference of two waves. Such methods have applications in electronics. Excitons are preserved for longer times with the use of an acoustic charge transport system, which allows for the development and implementation of optoelectronic delays and storage devices. A common goal of much of today’s technological development is finding ways to make existing technology smaller or more efficient. This is especially apparent in electronics, where a constant push is made to make devices smaller, lighter, and more powerful. Acoustic charge transport (ACT) is a relatively new concept and technique which has applications in both electronics and optoelectronics, which uses light instead of electricity. Not only does ACT have applications in these areas, it has distinct advantages by being smaller and more efficient than currently employed systems. Acoustic charge transport, as the name suggests, is the moving of charge through the use of acoustic waves. The charge that is transported consists of electrons forming a lowdimensional layer, residing in a semiconductor film called...
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...Development and Applications of Acoustic Charge Transport CID #478 Physics 222 Term Paper #1 Abstract Acoustic charge transport is accomplished through the use of a surface acoustic wave passing through a low dimensional electron layer. The power efficiency is increased with a piezoelectric substrate. Quantum wires are formed with higher wave intensity, and quantum dots are formed with the interference of two waves. Such methods have applications in electronics. Excitons are preserved for longer times with the use of an acoustic charge transport system, which allows for the development and implementation of optoelectronic delays and storage devices. A common goal of much of today’s technological development is finding ways to make existing technology smaller or more efficient. This is especially apparent in electronics, where a constant push is made to make devices smaller, lighter, and more powerful. Acoustic charge transport (ACT) is a relatively new concept and technique which has applications in both electronics and optoelectronics, which uses light instead of electricity. Not only does ACT have applications in these areas, it has distinct advantages by being smaller and more efficient than currently employed systems. Acoustic charge transport, as the name suggests, is the moving of charge through the use of acoustic waves. The charge that is transported consists of electrons forming a lowdimensional layer, residing in a semiconductor film called a quantum well...
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...Submitting Application: 2. Your Organization’s Name: Habitat for Humanity 3. Year Founded: 1976 4. Website Address: www.habitat.org 5. Organization Address: 6114 Ridge Road, Gary, IN 46408 6. Organization Phone Number: 219-923-7265 RFP Application 7. Please provide a brief summary of your proposal for grant funding. Habitat for Humanity will use the grant monies for expanding our training/workshop and simulation room and replacing the old and outdating office equipment and furniture. We would purchase a new All-in-one printer, copier, scanner and fax machine that is needed for marketing and training. We will also purchase tables, chairs, dry eraser boards, a projector and ten (10) new computers, which will all be using during training classes. The training and workshops are for our volunteers and selected Lake County families. We will conduct classes on home repair, budgeting, banking, credit, savings, home maintenance, community involvement, energy efficiency, homeownership, and children’s success in school program for low-income homeowners in Lake County. The volunteers will also be trained on basic wiring, plumbing, masonry work and drying walling by professionals. Habitat for Humanity has utilized the non-profit’s existing construction and support services staff to grow the program, by adding an efficient process for home repair to the ongoing mission of building new affordable, energy-efficient homes for low and moderate...
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...empirical research that updates or contradicts the theory and additional information about limitations, scope and opportunities of research. Finance Theories Taxonomy 3 Table 1 Finance Theories Taxonomy: Theories of capital structure Theory General description Current examples of the theory Other attributes Modigliani and Miller Germinal theory of corporate finance A review of the theory by Criticism against flaws of M& M theory Theory of investment proposed by Miller and Modigliani Miller himself, offers a new (Ball, 2001) (1958) argues that “the value of a firm view about the so called ‘junk 1. Market perfection. M&M assumed is independent of its capital structure” bonds’ which were considered information was complete and (Miller, 2001) undesirable and non-tradable symmetric, when it was not Dividends and capital structure are during the 60s when low-risk 2. Easy acceptance of firms with high irrelevant in the determination of stock was the norm. levels of debt trading off for tax- prices in the market. (Miller and Thirty years after the M&M deductible benefits...
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...CHAPTER 1 INTRODUCTION 1.1 History A forklift (also called a lift truck, a high/low, a stacker-truck, trailer loader, side loader or a fork hoist) is a powered industrial truck used to lift and transport materials. The modern forklift was developed in the 1920s by various companies including the transmission manufacturing company Clark and the hoist company Yale & Towne Manufacturing. The forklift has since become an indispensable piece of equipment in manufacturing and warehousing operations. The middle 19th century through the early 20th century saw the developments that led to today's modern forklifts. The Pennsylvania Railroad in 1906 introduced battery powered platform trucks for moving luggage at their Altoona, Pennsylvania train station. World War I saw the development of different types of material handling equipment in the United Kingdom by Ransomes, Sims and Jeffries of Ipswich. This was in part due to the labor shortages caused by the war. In 1917 Clark in the United States began developing and using powered tractor and powered lift tractors in their factories. In 1919 the Towmotor Company and Yale & Towne Manufacturing in 1920 entered the lift truck market in the United States. Continuing development and expanded use of the forklift continued through the 1920s and 1930s. World War II, like World War I before, spurred the use of forklift trucks in the war effort. Following the war, more efficient methods for storing products in warehouses were being...
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... MATRICULATION NO : 860827526386001 IDENTITY CARD NO. : 860827-52-6386 TELEPHONE NO. : 014 – 684 7338 E-MAIL : jessica_juing@OUM.edu.my LEARNING CENTRE : PPT Miri, Sarawak TABLE OF CONTENT 1.0 INTRODUCTION 1.1 THE COMPANY PROFILE 2.0 NATURE OF PROJECT IN TEAMS 2.1 QUALITIES OF LEADERSHIP & TOOLS USED 2.2 MOTIVATION to manage project teams 2.3 demonstration of the project management 3.0 CONCLUSION 4.0 REFERENCES 1.0 INTRODUCTION MARIAM Precision Bearing Manufacturing Co., Ltd Mariam Precision Bearing Manufacturing Co.Ltd. Is a manufacturer of high-grade bearing parts (green rings) as well as a wide range of ball and roller bearing products. Through technology-sharing and production linkages with the world's leading bearing manufacturers, as well as progressive cooperation with partners in the domestic arena, Mariam has consistently elevated its manufacturing capability and is now recognized as one of the leading producers of high-grade finished bearings and components. To date, the company has 5 production facilities and affiliated plants, with a combined yearly output of almost 120million bearing units and auxiliary bearing parts. Under the Mariam Precision Bearing brand, Mariam has made headway into the domestic bearing market by supplying OEMs with cost-efficient products, together with value-added services encompassing the widest range...
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...Section A: Education 0 1 Explain what is meant by the term ... (2 marks) • Meritocracy: such as equal opportunity or a system in which rewards are based on achievement/ability or similar. Partial answer: [fair rewards] • Immediate gratification: wanting rewards now, or leaving school as soon as possible to get a job, or similar. • Cultural capital: the values, etc that the middle class transmit to their children or that confer advantage in the education system. • Compensatory education: additional educational opportunities/resources directed at deprived or under-achieving pupils. • Cultural deprivation: a lack or deficit of values (or of norms, attitudes, skills or knowledge). Partial answer [immediate gratification / a lack of culture] • Vocational education: relating to a career or specific work roles. • Ethnocentric curriculum: the subjects taught in school being biased towards one particular culture. One mark for a partially satisfactory answer. 02 Suggest three ways/reasons ... (6 marks) Two marks for each of three appropriate ways. One mark will be awarded where there is a partially appropriate answers. Marxists see school as being similar to the world of work: • A hierarchy of authority • Fragmentation of work/learning • Extrinsic rewards • Based on competition • Alienation • Status differences. Boys’ educational under-achievement: • Lack of male teacher role models • Feminisation...
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...is used in an IC situation - for example, if a person says 'lol' without using /b, it will be known as metagaming because no one would actually say 'lol'... View Full Essay Join Now Please login to view the full essay... Essay's Statistics Submitted by: BilalH Date shared: 04/16/2014 08:12 AM Words: 497 Pages: 2 Save Paper Report this Essay Similar Documents Example Ls-Rp Application Information Systems And Software Applications Information Systems And Software Applications 21. Describe How Or Why Integer Programming Or Goal Programming Or Nonlinear Programming (Choose One) Might Be Used In a Real-World Business Situation. Be As Specific As You Can And Use Examples As Appropriate. 65 Successful Harvard Business School Application Essays 2Nd Edition 1 Information Systems And Software Applications The Current And Future Applications Of Bluetooth Wireless Technology Shareholder Letter Example Application.Servers.For.e-Business Web Applications Migrating Legacy Applications, What You Need To Know Application Of Management Science In Business Low Ball Application Hello Probability And Statistics For Finance Lokjmhnbvc Financial Institutions Management a Risk Management Approach 7E Fiam Skills Machine Learning LoginJoin RSS ©2016 TermPaperWarehouse.com Privacy Policy Terms of Service Copyright Information Contact Us Help Advertise With...
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...BIOMECHANICS The term biomechanics means the study of the structure and function of biological systems using the methods of mechanics. Biomechanics studies the process of kinematics and used in the study of sports actions, such as the motion of throwing a baseball. Why do some golfers slice the ball? How can workers avoid developing low back pain? What cues can a physical education teacher provide to help students learn the underhand volleyball serve? Why do some elderly individuals tend to fall? We have all admired the fluid, graceful movements of highly skilled performers in various sports. We have also observed the awkward first steps of a young child, the slow progress of an injured person with a walking cast, and the hesitant, uneven gait of an elderly person using a cane. Virtually every activity class includes a student who seems to acquire new skills with utmost ease and a student who trips when executing a jump or misses the ball when attempting to catch, strike, or serve. What enables some individuals to execute complex movements so easily, while others appear to have difficulty with relatively simple movement skills? Although the answers to these questions may be rooted in physiological, psychological, or sociological issues, the problems identified are all biomechanical in nature. This book will provide a foundation for identifying, analyzing, and solving problems related to the biomechanics of human movement. Definition of Biomechanics The term biomechanics combines...
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...Table of Contents Page 1. Introduction …………………………………………………... 2 2. Background …………………………………………………….. 2 2.1 Why technology has become important in sport performance? 3 2.2 A brief history of technology used to improve performance. 3 3. Technology used to aid sport performance …...... 3 4.1 Footbounaut ……………………………………………………... 3 4.2 Ingestible Pills ……………………................................................ 5 4.3 Sensors ……………………………………………………...…..... 6 4.4 Fitmodo …………………………………………………………... 7 4. Future of sport performance technology ……… 9 5. Conclusion ………………………………………………………. 11 6. References ……………………………………………………… 13 Student’s name Tutor Course Date of submission Technology Used to Improve Performance in Sports Introduction As the world's sport keeps on changing, so does the use of technology keep improving. In the modern day sports, there has been tremendous development in the field of sport with new technology being unveiled in every sport. The use of technological improvement to enhance the game, for example, the hawk-eye technology while others are meant to help the players in their exercises, training, injury treatment and nutrition. There is some computer software designed for fitness and nutrition professional and they are used to organize data and produce reports. Some of this software includes; teams beep test and body byte. In this paper, I will focus on new sports technology such as Footbounaut...
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...processes were estimated to be more than $80 million. If the price paid for Torrington were too high, Ingersoll-Rand, rather than Timken, would capture the value of the synergies. In addition, given the large size of the acquisition, Timken was concerned about the impact on its balance sheet. If Ingersoll-Rand demanded a cash deal and if Timken raised the money with new debt, the increased leverage would almost certainly prompt credit agencies to downgrade Timken’s investment-grade rating. The Bearing Industry Bearings of various sizes and specifications found their way into everything from space shuttles to household appliances, automobiles, dentist drills, roller skates, and computer disk drives. In 2001, U.S. establishments involved in ball- and roller-bearing manufacturing employed more than 33,000 workers. The bearing industry was facing a variety of complex problems. Policies favoring the steel industry did not always consider the best interests of the bearing industry, which, as manufacturers of secondary steel products, was in the middle of the production chain. Because bearings were essential components of military and civilian machinery and equipment, the federal government had historically been a major customer. Nonetheless, foreign competitors had taken...
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...ENGINEERING DESIGN FOR WEB-BASED CATAPULT BY Mohammed Mujeeb Ahmed khan SUBMITTED TO PROFESSOR K. M. RAGSDELL FOR CREDIT IN EMGT-475: QUALITY ENGINEERING Contents 1. Introduction 1.1. An overview of Quality Engineering 1.2. Problem description P diagram Quality characteristics Control factors Noise factors Mathematical Model of Crystal Ball 2. Method and Experimental plan The static experiment The dynamic experiment Fast Diagram Fault tree Diagram 3. Conclusions 4. References 5. Annexure Static Experiment Analysis of means Analysis of Variance Dynamic experiment Confirmation Experiment 2 1. Introduction The Taguchi system of Quality Engineering is a philosophy and a set of tools and techniques to design and deliver high quality, low cost products in a short time. The foundation of this system was laid by Dr. Genichi Taguchi in Japan. In the decades that followed, Dr. Taguchi’s techniques were applied to an increasing number of applications to solve real world problems. The technique was introduced to the western world in the 1980s, and it quickly created a paradigm shift in the perception of quality. 1.1. An overview of Quality Engineering System: Product Parameter Design: Product parameter design is optimizing the product parameters to give the desired performance. A quality characteristic is chosen whose value should be...
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