Calculating ft lbs of energy
[DOC File]Chapter 1 – name
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12. Approximate number of kcalories per minute expended by a person with a total daily energy need of 2900 kcalories. 13. Term that describes the energy needed to process food. 14. Changes in energy expenditure consequent to changes in environment. 15. The amount of energy in a 1000-kcalorie meal that is expended as specific dynamic activity. 16.
[DOC File]Cornerstone Robotics
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When the force exerted on an object is in the same direction as the displacement of the object, calculating work is a simple matter of multiplication: W = F d, Where: W = Work in ft-lbs (SI units: newton-meters or joules since 1 joule = 1 N x 1 meter) F = Force in lbs (SI units: newton) d = Displacement or distance moved in ft (SI units: meters)
[DOC File]APA 5th Edition Template
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Energy is measured in ergs for mass, and velocities are measured in grams and centimeters. For conversion convenience, 1 Joule = 107 ergs = 0.239 calories = .73 ft.lbs = 2.78X10-7kW.hrs. Force is measured in dynes and is the force exerted by one gram accelerated by earth’s gravity for one cm. Translated from English to metric, 1 lb/in2 ...
[DOC File]Cornerstone Robotics Team Week 4
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Calculate the power in ft-lbs/min. Convert ft-lbs/min to ft-lbs/sec. Convert ft-lbs/sec to hp. Results: Conclusions: Electronics Technology and Robotics I Week 10. Energy Lab 2 – Functions of Gears. Purpose: The purpose of this lab is to acquaint the student with the 5 ways gears can transfer power. Apparatus and Materials:
[DOC File]Lesson B4–6
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III. Energy cannot be created or destroyed. Whenever work is done, the work appears as potential energy, kinetic energy, and horsepower, or the combination of all three. A. The energy input to a system must equal the energy output. The horsepower of most. …
[DOC File]Determining Port Velocity
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Determining air velocity is a useful part of testing. It is calculated as follows: V = 1096.7* √¯H/d . Where: V= Velocity in feet per minute. H= Pressure drop across test piece in inches of water (28” of water column being a standard)
[DOC File]Revision of The Corporate Standard’s Iron and Steel Tool ...
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Equation 7 Calculating CO2 emissions from onsite coke production Where: ECO2, energy = emissions of CO2 from onsite coke production, tonnes. CC = quantity of coking coal consumed for coke production in onsite integrated iron and steel production facilities, tonnes
[DOC File]API 653 Refresher Course - Kishore Karuppaswamy
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3. A carbon steel ASTM A 53 Grade B material is being impact tested. What is the minimum average energy requirement for this material (average for 3 specimens-fully deoxidized steel)? a. 7 ft-lbs. b. 10 ft-lbs. c. 13 ft-lbs. d. 15 ft-lbs. 4.
[DOC File]Furnace Energy Efficiency - SoCalGas
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Calc.: Energy use (Btu/lb Aluminum) – annual energy consumption (5) divided by annual production (6) with unit conversion from therms to Btus and tons to lbs. Furnace Conditions . Input: Flue gas temperature – a customer supplied input – the same for both before and after efficiency measure.
[DOC File]International Flying Cheat Sheet
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VB(MAX) = 33.1 Million Ft-Lbs of energy. Random taxi braking = 100° C increase in temperature. Extended taxi > 10k’ may produce > 100° C increase. Assume the following when calculating temperatures: 0° starting temp for T/O. 100° for immediate return after T/O. BRAKE TEMPS ARE CUMULATIVE. FOR REFERENCE USE ONLY
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