3. A scooter acquires a velocity of 36km/h in 10 seconds just after th

1.	3. A scooter acquires a velocity of 36km/h in 10 seconds just after the start. Calculate theacceleration of the scoter.
Answer» HI, Here is your answer <U>Given: INITIAL velocity(u)=0m/s Final velocity(v)=36km/hr=10m/s Time=10s To Find: Acceleration(a) SOLUTION: Acceleration is given by the equation a=(v-u)/t Substitute the given datas We get a=(10-0)/10 a=1m/s² Notes: 1. Remember to convert all the given datas to the SI units before calculating. 2.Acceleration is the rate of change of velocity. It's UNIT is m/s² Hope this helps you.

3. A scooter acquires a velocity of 36km/h in 10 seconds just after the start. Calculate theacceleration of the scoter.

Answer»

HI,

Here is your answer

<U>Given:

INITIAL velocity(u)=0m/s

Final velocity(v)=36km/hr=10m/s

Time=10s

To Find:

Acceleration(a)

SOLUTION:

Acceleration is given by the equation

a=(v-u)/t

Substitute the given datas

We get

a=(10-0)/10

a=1m/s²

Notes:

1. Remember to convert all the given datas to the SI units before calculating.

2.Acceleration is the rate of change of velocity. It's UNIT is m/s²

Hope this helps you.

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3. A scooter acquires a velocity of 36km/h in 10 seconds just after the start. Calculate theacceleration of the scoter. ​

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3. A scooter acquires a velocity of 36km/h in 10 seconds just after the start. Calculate theacceleration of the scoter.