Work power energy calculator
[DOC File]Introduction to Commercial Building Energy Efficiency ...
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X. Bringing Energy Efficiency to Scale with ENERGY STAR—Role of Federal Agencies, States, Local Governments, and Utilities. Upon completion of this unit, you will: A. Explain how federal agencies, states, local governments, and utilities can work together to help advance energy efficiency. B. Explain some barriers each audience may encounter.
[DOC File]Energy Efficiency Assessment Report Format
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(IT Power /HVAC Power) - EM.M.4 Site Energy Use Intensity Site BTU/sf-yr EM.M.5 Source Energy Use Intensity Source BTU/sf-yr EM.M.6 Purchased Energy Cost Intensity Energy $/sf-yr EM.M.7 Peak Electrical Demand Intensity Peak W/sf Charts for selected metrics are provided below. Figure 4 - Data Center Infrastructure Efficiency (DCiE) ...
[DOC File]Calculating Work and Power by Climbing Stairs
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Calculating Work and Power by Climbing Stairs Name:_____ Introduction: In this activity, you will find out if a person does more work walking up a flight of stairs or running up the same flight of stairs by having you or someone else actually do this. You will also lean …
[DOC File]Work and Power - Fayetteville State University
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WORK = _____ N.m = _____ Joules. The rate at which energy is transformed or the rate at which work is done is called POWER (P) and is defined as work per unit time, P = W/t. The unit is a Joule per second and is also called Watt (Though originally power was defined in HORSE POWER and units like ft. lb/sec).
[DOC File]Work, Power, and Energy
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Work, Power, and Energy. Objective: To explore the relationship between work and power. In Part 1 of this lab, students will learn how to differentiate between the two. In Part 2, students will calculate how much work is required to use up the energy in a food. Part . 1. Materials: Meter stick, Stop watch, Stairs, Calculator Procedure: 1.
[DOC File]Stair-Climbing Power Lab - Episcopal School of Dallas
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If work is in joules (J) and time is in seconds (s), power is expressed in joules/second, or the simplification watt (W). James Watt was a British scientist who invented the steam engine. To find out how the power of his engine compared to that of a horse, Watt measured how fast an average horse could do work.
[DOC File]Activity 1.2.5 Mechanical System Efficiency ATV
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A common form of energy conversion today occurs through electromagnetic induction. Electromagnetic induction transfers mechanical energy into electrical energy. The electrical energy is then transmitted to industries and homes to be used in a variety of ways, many of which include conversion back to mechanical energy. Equipment . Calculator ...
[DOC File]Physics 11 - Work, Power, Energy Worksheet
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Work, Power, Energy Worksheet . A go cart engine applies a force of 888N and moves the cart forward 22m. How much work is done? What is doing the work? If the driver wants to go further will the amount of work increase or decrease? Do you need a bigger engine to go further? We put on a bigger engine (1111N) but the cart still moves forward 22m.
[DOC File]AP Physics – Work and Energy
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Aug 05, 2013 · These are the equations for mechanical work, power, and energy. Later on in the course there will be other equations for energy as well, especially electrical potential energy and the maximum kinetic energy an electron can have after its been knocked out of the surface of a metal (the old photoelectric effect). ...
[DOC File]Work, Power and Energy Worksheet - coachhahs
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Work and Power. 1. Calculate the work done by a 47 N force pushing a pencil 0.26 m. 2. Calculate the work done by a 47 N force pushing a 0.025 kg pencil 0.25 m against a force of 23 N. 3. Calculate the work done by a 2.4 N force pushing a 400. g sandwich across a table 0.75 m wide. 4.
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