POSSIBLE POINTS: 1 The power P that must be delivered by a car engine varies directly as the distance d that the car moves and inversely as the time t required to move that distance. To move the car 500m in 50s, the engine must deliver 147 kilowatts (kW) of power. How many kilowatts must the engine deliver to move that car 700 meters in 30 seconds? kilowatts if car moves 700 meters in 30 seconds
POSSIBLE POINTS: 1 The power P that must be delivered by a car engine varies directly as the distance d that the car moves and inversely as the time t required to move that distance. To move the car 500m in 50s, the engine must deliver 147 kilowatts (kW) of power. How many kilowatts must the engine deliver to move that car 700 meters in 30 seconds? kilowatts if car moves 700 meters in 30 seconds
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Pre Calculus
Transcribed Image Text:Unit 5 Day 4 Direct and Inverse Variation
POSSIBLE POINTS: 1
The power P that must be delivered by a car engine varies directly as the distance d that the car moves and inversely as the time t required to move that
distance. To move the car 500m in 50s, the engine must deliver 147 kilowatts (kW) of power. How many kilowatts must the engine deliver to move that
car 700 meters in 30 seconds?
kilowatts if car moves 700 meters in 30 seconds
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