A car travelling a `20 ms^(-1)` due north along the highway makes a right turn on to a side road that heads due east. It takes 50s for the car to complete the turn. At the end of 50 second, the car has a speed of `15 ms^(-1)` along the side road. Determine the magnitude of average acceleration over the 50 second interval.

A car travelling at a speed of 30 ms^(-1) due north along the highway makes a left turn on to a sied road which heads towards due west. It takes 40 s for the car to complere the turn. At the end of 40 s , the caar has a speed of 20 ms^(-1) along the side road. Derermime the magnitude of average acceleration over the 40 second interval.

A car travelling at a speed of 30 ms^(-1) due north along the highway makes a left turn on to a sied road which heads towards due west. It takes 40 s for the car to complere the turn. At the end of 40 s , the caar has a speed of 20 ms^(-1) along the side road. Derermime the magnitude of average acceleration over the 40 second interval.

A carmoves in a circleat the constant speed of 50m/s and completes one revolution in 40 s. Determine the magnitude of acceleration of the car.

A car moving with a speed of 25 ms^(-1) takes a U-turn in 5 seconds, without changing its speed. The average acceleration during these 5 seconds is

A car moves in a circle at the constant speed of 50m//s and completes 1 revolution in 40s. Determine the magnitude of acceleration of the car.

A car moving with a speed of 30 ms^(-1) takes a U-turn in 6 seconds, without changing its speed. What is the average acceleration during these 6 seconds?

A cr travelling at 36 km h^(-1) due North turns West in 5 secpmds and maintaind the same speed, What is the acceleration of the car ?

A car travelling at a speed of 20 ms^-1 applies brackes and stops within 10s. What is the acceleration of car?