An auto-mobile vehicle has a mass of $1500 k g$ . What must be force between vehicle and road if vehicle is to be stopped with negative acceleration of $2 m s^{- 2}$ ?

- 2550 N

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- 3000 N

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2560 N

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- 2570 N

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Solution

The correct option is B $- 3000 N$
Mass of vehicle $= 1500$ kg
Acceleration (Negative) $= - 2 m s^{- 2}$
Force = Mass $\times$ Acceleration $= 1500 \times (- 2) N$ $= - 3000 N$

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An auto-mobile vehicle has a mass of 1500 kg. What must be force between vehicle and road if vehicle is to be stopped with negative acceleration of 2 ms−2?

The correct option is B −3000 NMass of vehicle =1500 kgAcceleration (Negative) =−2ms−2Force = Mass × Acceleration =1500×(−2) N=−3000 N

An auto-mobile vehicle has a mass of $1500 k g$ . What must be force between vehicle and road if vehicle is to be stopped with negative acceleration of $2 m s^{- 2}$ ?

The correct option is B $- 3000 N$
Mass of vehicle $= 1500$ kg
Acceleration (Negative) $= - 2 m s^{- 2}$
Force = Mass $\times$ Acceleration $= 1500 \times (- 2) N$ $= - 3000 N$