2024年6月2日 · The total power output of the car engine is 75,000 W (150 kg x 500 W/kg). To calculate force, we use the formula: Power = Force x Velocity. Rearranging the formula, we …

Mass of car = M= 150kg. power =P = 500W. Speed = V = 20m/s. We know that Power = Force*speed. So, Force = Power/Speed = 500/20 = 25N. Enter text here... Prepraring for the …

The 150 kg car engine exerts a force of 75,000 newtons to move the car at a speed of 20 m/s. Explanation: A watt is a unit of power, which measures the rate at which work is done or …

2023年12月11日 · With the engine mass of 150 kg, the total power output (P) is 150 kg × 500 W/kg = 75,000 watts (or 75 kW). Since the car is moving at a velocity (v) of 20 m/s, we can …

Weight = 150 kg Power = 500 W for Each kg Speed = 20m/s Now, Power = Weight × Each power ⇒ 150 × 500 ⇒ 75000 Watt Again, Power = Force × Speed ⇒ 75000 = Force×20 ⇒ Force = …

2019年6月14日 · Since power developed for each kg is 500 W, total power developed by the engine of 150 kg car, i.e., `P =150 xx 500 W = 7.5 xx 10^4 W` Speed of the car, `upsilon = 20 …

2015年3月22日 · An elevator is designed to lift a load of 1000 kg with uniform velocity of 2m/s . Power of the elevator will be? Asked by tajbindarkaurs | 14 Nov, 2021, 10:19: AM

2022年10月10日 · Define watt. Express kilowatt in terms of joule per second. A $150\ kg$ car engine develops $500\ W$ for each kg. What force does it exert in moving the car at a speed …

Express kilowatt in terms of joule per second. A 150 kg car engine develops 500 W for each kg. What force does it exert in moving the car at a speed of 20 m s − 1?

2018年2月22日 · A 150 kg car engine develops 500 watts for each kg. what force does it exert on the car moving at a speed of 2… Get the answers you need, now!