A car moves along a road at a constant velocity of 20 m s-1. If the resistance force acting against the car is 1000 N, what is the power developed by the engine?

Question

Harper · Answer

Answer:    power (p) = 20000watt   Explanation:     v = 20 m/s  f = 1000N      We know,   p = w/t      = (f×s) / t      = f × v      = 20 × 1000      = 20000m/s.   ans

Maya · Answer

Answer: incorrect          Explanation:

Lydia

A pole broke at a point but did not separate, its top touched the ground at a distance of 7m from it’s

base. If the po

in the cylindrical container the radius of the base is 8 cm if the height of the water level is 20 cm find the volume of the water

2 thoughts on “A car moves along a road at a constant velocity of 20 m s-1. If the resistance force acting against the car is 1000 N, what is the”

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A car moves along a road at a constant velocity of 20 m s-1. If the resistance force acting against the car is 1000 N, what is the

Lydia

A pole broke at a point but did not separate, its top touched the ground at a distance of 7m from it’s base. If the po

in the cylindrical container the radius of the base is 8 cm if the height of the water level is 20 cm find the volume of the water

2 thoughts on “A car moves along a road at a constant velocity of 20 m s-1. If the resistance force acting against the car is 1000 N, what is the”

Leave a Comment Cancel reply

A pole broke at a point but did not separate, its top touched the ground at a distance of 7m from it’s

base. If the po