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[DOC File]Kinetic & Potential Energy Lab
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To make calculations of gravitational potential energy. To determine what affects GPE and KE more. Part One: Potential Energy: Potential Energy . is the mechanical energy of position. In other words, potential energy is how much potential something has to do work. The formula used to measure P.E. is: G.P.E. = mass (kg) x g x height (m)
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Mechanical Energy - Physics Video by Brightstorm
Kinetic, potential and Mechanical Energy- Enriched notes. Kinetic Potential Mechanical Formula . Units used. Conversions Km/h to m/s g to kg cm to m Constant : gravitational pull: Relationship between kinetic and potential energy. Sample kinetic energy questions. A marble weighing 4.0 kg, travels at a speed of 1.9 m/s. What is its kinetic energy?
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[DOC File]Work and Energy
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Roughly speaking, work is the mechanical energy—the kinetic and potential energy—given to an object by exerting a force on it. How much work did the child do on the wagon? ... (Hint: Don’t use a formula for kinetic energy. Instead, think about the relationship between work, kinetic energy, and potential energy. To keep the math less messy ...
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[DOC File]Kinetic & Potential Energy Lab
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The formula for mechanical energy is (KE + PE)i = (KE + PE)f. The formula for gravitational potential energy is PEg = mgh. What is the GPE of a 3 kg block 10 m above the floor? 300 J. What is the KE of a 6.2 kg mass at 4.25 m/s? 56 J. How high does a 2.5 kg ball need to be raised in order to obtain a GPE of 230 J? 9.4 J
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[DOC File]Kinetic & Potential Energy Lab
https://info.5y1.org/mechanical-energy-formula_1_409a71.html
Mechanical Energy. Energy takes many forms, but is a conserved quantity. We are concerned specifically with mechanical energy. Mechanical energy includes kinetic and potential energy as we have thus far defined them. The motion of objects commonly involves both kinetic and potential energy.
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[DOC File]GPE and KE Worksheet #2
https://info.5y1.org/mechanical-energy-formula_1_deb392.html
To make calculations of gravitational potential energy. To determine what affects GPE and KE more. Part One: Potential Energy: Potential Energy . is the mechanical energy of position. In other words, potential energy is how much potential. something has to do work. The formula used to measure P.E. is: P.E. = Mass x G x Height
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[DOC File]GPE and KE Worksheet #2
https://info.5y1.org/mechanical-energy-formula_1_6aa106.html
Potential Energy . is the mechanical energy of position. In other words, potential energy is how much potential something has to do work. The formula used to measure P.E. is: P.E. = mass x acceleration due to gravity x height = mgh. Kinetic Energy. is the mechanical energy of motion.
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[DOC File]Kinetic, potential and Mechanical Energy
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The formula for mechanical energy is. The formula for gravitational potential energy is. What is the GPE of a 3 kg block 10 m above the floor? What is the KE of a 6.2 kg mass at 4.25 m/s? How high does a 2.5 kg ball need to be raised in order to obtain a GPE of 230 J? At what velocity will a 455 kg wrecking ball have 1000. J of kinetic energy?
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Mechanical energy formula