A car was travelling at a speed of 10 m/s. After the brakes were applied, it start to decelerate at a rate of 2 m/s ² and finally came to rest. Find the distance traveled by the car before coming to rest.
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Answered by
11
Initial speed of the car u=10 m/s
Initial speed of the car u=10 m/sFinal speed of the car v=0 m/s
Initial speed of the car u=10 m/sFinal speed of the car v=0 m/sAcceleration (or retardation) of the car a=−2 m/s
Initial speed of the car u=10 m/sFinal speed of the car v=0 m/sAcceleration (or retardation) of the car a=−2 m/sUsing v^2−u^2=2aS
Initial speed of the car u=10 m/sFinal speed of the car v=0 m/sAcceleration (or retardation) of the car a=−2 m/sUsing v^2−u^2=2aS∴ 0−10^2=2(−2)S
Answered by
125
- Initial Velocity = 10 m/s
- Acceleration = 2 m/s²
- Distance Covered = ?
Formula Used :
Where :
- v = Final Velocity
- u = Initial Velocity
- a = Acceleration
- s = Distance Covered
Calculating the Distance Covered :
Therefore :
❛❛ Car travelled 25 m before coming to rest . ❜❜
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