Testing a design different than that of the current AEV allowed the group to detect slight flaws in their current AEV and edit the final design in order to eliminate them. To complete Lab 8‚ Group D made minor changes in the final design of the AEV. Identical code was created for both the final AEV design and the altered design to make sure that the final design was truly the best it could be. Alterations made by Group D included moving
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Solve each of the following problems. Show your solution. 1. A hydraulic lift office chair has its seat attached to a piston with an area of 11.2 cm2. The chair is raised by exerting force on another piston‚ with an area of 4.12 cm2. If a person sitting on the chair exerts a downward force of 219 N‚ what force needs to be exerted on the small piston to lift the seat? Answer: a= 11.2 cm2 A= 4.12 cm2 f= 219 N F= 80.56 N F= fA / a ;
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class 9. Introduction Solid waste is an byproduct of human activities which tends to increase with rapid urbanization‚ improved living standards and changing consumption patterns. Management of increasing amounts of solid waste has become a major challenge in many cities in developing countries. If solid waste is properly used‚ it can be a valuable resource‚ but if it is not effectively managed‚ it can result in serious adverse impacts on environment and public health. Solid waste management is therefore
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Experiment 1: Viscosity of Liquids Victoria Kulczak Lab Partners: Laina Maines & Heidi Osterman Date of Lab: 2/21/11 Due Date: 2/28/11 Abstract: The goal of this experiment was to determine the viscosity of given liquids. Two different methods were employed‚ the first measures time of flow of several methanol-water solutions‚ from point A to point B. The second method involves dropping a foreign object‚ in this case a sphere‚ into a cylinder of glycerol and measuring the time it takes for it to
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Throughout their lecture‚ Trevor Copp and Jeff Fox discuss and demonstrate their newly created dance technique called “Liquid Lead” and explain how this technique can help do away with the outdated idea that ballroom dances have perpetuated for years: that the man leads and the woman follows. The technique of “Liquid Lead” can be described as taking turns between partners both leading and following‚ and switching between these roles whenever felt needed during a dance. During their Ted Talk‚ Copp
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types of solid waste. To handle it well‚ we used to categorize and separate the type of waste. In waste water treatment‚ we simply separate the pollution as municipal waste (more polluted) and runoff(less polluted). But in solid waste‚ we define it as three types of waste that is more detail then water. They are Municipal Solid Waste (MSW)‚ Construction Waste and Special Waste. We defined these wastes by their properties. The figure shows that we have successfully reduce the total solid waste
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(36‚000) (157‚500) (80‚000) $(1‚358‚500) 543‚400 $(815‚100) 60‚000 80‚000 $(675‚100) 0.7513 $(507‚213) $(500‚000) (50‚000) (450‚000) (85‚000) (36‚000) (157‚500) (80‚000) $(1‚358‚500) 543‚400 $(815‚100) 60‚000 80‚000 $(675‚100) 0.6830 $(461‚102) 5 $(240‚000) $96‚000 $(144‚000) $(500‚000) (50‚000) (450‚000) (85‚000) (36‚000) (157‚500) (80‚000) $(1‚358‚500) 543‚400 $(815‚100) $(959‚100) 0.6209 $(595‚526) 1.0000 $(2‚735‚502) 4-51 Chapter 04 - Fundamentals of Cost Analysis for Decision
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this experiment was to obtain some experimental measurement of Vapor Liquid Equilibrium for the Ethanol – Water system to verify the literature data. For this the Ethanol – Water system was heated to a certain temperature which is called the equilibrium temperature at atmospheric pressure and equilibrium temperature and compositions of vapor and liquid were measured. At the equilibrium temperature the samples of both vapor and liquid were taken in two different test-tube and the refractive index of
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Lab 5: The Integumentary System Name Using the key choices below‚ identify the indicated structures. A. adipose tissue B. venule C. motor nerve D. dermis E. arrector pili muscle F. hair bulb G. merocrine sweat gland H. hypodermis I. apocrine sweat gland J. sebaceous gland 1. D 2. H 3.C 4.J 5.E 6.F 7.I 8.G 9.A 10.B [pic] Using the key choices below‚ choose ALL responses that apply to the following descriptions. A. stratum corneum B. stratum basale C. stratum granulosum
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absolute zero (-459 degrees Fahrenheit‚ 0 degrees Kelvin‚ -273 degrees Celsius) to liquid nitrogen temperatures (-321 F‚ 77 K‚ -196 C)‚ they have no electrical resistance. The temperature at which electrical resistance is zero is called the critical temperature (Tc) and varies with the individual material. For practical purposes‚ critical temperatures are achieved by cooling materials with either liquid helium or liquid nitrogen. The following table shows the critical temperatures of various superconductors:
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