Consider a 1200-kg car cruising steadily on a level road at 90 km/h. Now the car starts climbing a hill that is sloped 30° from the horizontal. If the velocity of the car is to remain constant during climbing, determine the additional power that must be delivered by the engine.
Consider a 1200-kg car cruising steadily on a level road at 90 km/h. Now the car starts climbing a hill that is sloped 30° from the horizontal. If the velocity of the car is to remain constant during climbing, determine the additional power that must be delivered by the engine.
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
Transcribed Image Text:Consider a 1200-kg car cruising steadily on a level road at 90
km/h. Now the car starts climbing a hill that is sloped 30° from the
horizontal. If the velocity of the car is to remain constant during
climbing, determine the additional power that must be delivered by
the engine.
90 km/h
30⁰°
m = 1200 kg
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