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A battery-operated car utilizes a 12.0 V system. Find the charge the batteries must be able to move, in megaCoulombs, in order to accelerate a 750 kg car from rest to 48 m/s, make it climb a 2.27E+02 m high hill, and then cause it to travel at a constant 45 m/s by exerting a 5.00E+02 N force for 60 minutes. Use g = 10 m/s², if needed. Do not enter units with answer. This is a problem that connects the work, energy, and power concepts of Physics 1 to work/energy in electrical systems.

A battery-operated car utilizes a 12.0 V system. Find the charge the batteries must be able to move, in megaCoulombs, in order to accelerate a 750 kg car from rest to 48 m/s, make it climb a 2.27E+02 m high hill, and then cause it to travel at a constant 45 m/s by exerting a 5.00E+02 N force for 60 minutes. Use g = 10 m/s², if needed. Do not enter units with answer. This is a problem that connects the work, energy, and power concepts of Physics 1 to work/energy in electrical systems.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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A battery-operated car utilizes a 12.0 V system. Find the charge the batteries must be able to move, in megaCoulombs, in order to accelerate a 750 kg car from rest to 48 m/s, make it climb a 2.27E+02 m high hill, and then cause it to travel at a constant 45 m/s by exerting a 5.00E+02 N force for 60 minutes. Use g = 10 m/s², if needed. Do not enter units with answer. This is a problem that connects the work, energy, and power concepts of Physics 1 to work/energy in electrical systems.
Transcribed Image Text:A battery-operated car utilizes a 12.0 V system. Find the charge the batteries must be able to move, in megaCoulombs, in order to accelerate a 750 kg car from rest to 48 m/s, make it climb a 2.27E+02 m high hill, and then cause it to travel at a constant 45 m/s by exerting a 5.00E+02 N force for 60 minutes. Use g = 10 m/s², if needed. Do not enter units with answer. This is a problem that connects the work, energy, and power concepts of Physics 1 to work/energy in electrical systems.
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