performed a lab using a toy car to go down a ramp that was positioned at different heights. For expample: ramp height = 40 cm, ramp length = 121.92 cm, time car took to clear the ramp from start = .86 seconds, distance car traveled from end of ramp to stopping point = 937.26 cm, mass of car = .54 kg Based off this information, how can I calculate the portion of the force of gravity that is pushing the car down the ramp in the proper SI Units? F = ma
performed a lab using a toy car to go down a ramp that was positioned at different heights. For expample: ramp height = 40 cm, ramp length = 121.92 cm, time car took to clear the ramp from start = .86 seconds, distance car traveled from end of ramp to stopping point = 937.26 cm, mass of car = .54 kg Based off this information, how can I calculate the portion of the force of gravity that is pushing the car down the ramp in the proper SI Units? F = ma
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter5: More Applications Of Newton’s Laws
Section: Chapter Questions
Problem 38P
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I performed a lab using a toy car to go down a ramp that was positioned at different heights. For expample: ramp height = 40 cm, ramp length = 121.92 cm, time car took to clear the ramp from start = .86 seconds, distance car traveled from end of ramp to stopping point = 937.26 cm, mass of car = .54 kg
Based off this information, how can I calculate the portion of the force of gravity that is pushing the car down the ramp in the proper SI Units? F = ma
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