Question

A 90-hp (shaft output) electric car is powered by an electric motor mounted in the engine compartment. If the motor has an average efficiency of 91 percent, determine the rate of heat supply by the motor to the engine compartment at full load.

          A 90-hp (shaft output) electric car is powered by an electric motor mounted in the engine compartment. If the motor has an average efficiency of 91 percent, determine the rate of heat supply by the motor to the engine compartment at full load.
        
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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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A 90-hp (shaft output) electric car is powered by an electric motor mounted in the engine compartment. If the motor has an average efficiency of 91 percent, determine the rate of heat supply by the motor to the engine compartment at full load.
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Transcript

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00:01 Our question is a 90 horsepower shaft output.
00:03 Electric cars is powered by an electric motor mounted in the engine compartment.
00:09 If the motor has an average efficiency of 91 person, then determine the rate of heat supply by the motor.
00:15 It with engine compartment.
00:16 Act fool you.
00:18 So we have to find them creator huge supply.
00:33 Find water two engine act for look if he says that we live, we have to find here.
00:54 We will assume that lord factories goes to one as the motive upgrades and full load.
01:12 So your factor, is it close to one? the heat generated? the heat generator by the motors is do you do in efficiency? so it is equal to the difference.
01:55 So is equal to the difference between electrical energy.
02:16 It depends, you know, and the power shark it delivers and chef quality it delivers.
02:42 So input...
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