(a) How high (in m) a hill can a car coast up (engine disengaged) if friction is negligible and its initial speed is 76.0 km/h? (Enter a number.) 140.61 x m (b) If, in actuality, a 750 kg car with an initial speed of 76.0 km/h is observed to coast up a hill to a height 12.0 m above its starting point, how much thermal energy (in J) was generated by friction? (Enter a number.) 203256 X 3 (c) What is the average force of friction (down the slope) if the hill has a slope 2.5° above the horizontal? (Enter your answer in N. Enter a number.) 706.44 XN

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(a) How high (in m) a hill can a car coast up (engine disengaged) if friction is negligible and its initial speed is 76.0
km/h? (Enter a number.)
140.61
(b) If, in actuality, a 750 kg car with an initial speed of 76.0 km/h is observed to coast up a hill to a height 12.0 m above
its starting point, how much thermal energy (in J) was generated by friction? (Enter a number.)
203256
(c) What is the average force of friction (down the slope) if the hill has a slope 2.5° above the horizontal? (Enter your
answer in N. Enter a number.)
706.44
x N
Transcribed Image Text:(a) How high (in m) a hill can a car coast up (engine disengaged) if friction is negligible and its initial speed is 76.0 km/h? (Enter a number.) 140.61 (b) If, in actuality, a 750 kg car with an initial speed of 76.0 km/h is observed to coast up a hill to a height 12.0 m above its starting point, how much thermal energy (in J) was generated by friction? (Enter a number.) 203256 (c) What is the average force of friction (down the slope) if the hill has a slope 2.5° above the horizontal? (Enter your answer in N. Enter a number.) 706.44 x N
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