Example 8.7 The brakes applied to a car produce an acceleration of 6 m

1.	Example 8.7 The brakes applied to a car produce an acceleration of 6 m sin the opposite direction to the motion. If the car takes 2 s to stop after the application of brakes, calculate the distance it travels during this time.
Answer» Answer: Example 8.7 The brakes APPLIED to a car produce an acceleration of 6 m sin the opposite DIRECTION to the motion. If the car TAKES 2 s to STOP after the APPLICATION of brakes, calculate the distance it travels during this time Explanation: Example 8.7 The brakes applied to a car produce an acceleration of 6 m sin the opposite direction to the motion. If the car takes 2 s to stop after the application of brakes, calculate the distance it travels during this time

Example 8.7 The brakes applied to a car produce an acceleration of 6 m sin the opposite direction to the motion. If the car takes 2 s to stop after the application of brakes, calculate the distance it travels during this time.

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Answer:

Example 8.7 The brakes APPLIED to a car produce an acceleration of 6 m sin the opposite DIRECTION to the motion. If the car TAKES 2 s to STOP after the APPLICATION of brakes, calculate the distance it travels during this time

Explanation:

Example 8.7 The brakes applied to a car produce an acceleration of 6 m sin the opposite direction to the motion. If the car takes 2 s to stop after the application of brakes, calculate the distance it travels during this time

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Example 8.7 The brakes applied to a car produce an acceleration of 6 m sin the opposite direction to the motion. If the car takes 2 s to stop after the application of brakes, calculate the distance it travels during this time.​

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Example 8.7 The brakes applied to a car produce an acceleration of 6 m sin the opposite direction to the motion. If the car takes 2 s to stop after the application of brakes, calculate the distance it travels during this time.