Describe what is happening to the speed during the period (I). 0s - 10s (II). 10s - 25s (III). 25 - 30

- There was a constant acceleration at 0 to 10s

- There was a zero acceleration at 10 to 25s

- There was a constant deceleration at 25 to 30s

Explanation:

See attachment for complete question.

Solving (a): What happens at 0s to 10s

There was a constant acceleration and this is proven below.

At time 0, velocity = 15

At time 10, velocity = 30

This is represented as:

Acceleration (A) is the rate of change of velocity against time.

So:

Since the acceleration is positive, then it shows a constant acceleration.

Solving (b): What happens at 10s to 25s

There was a zero acceleration and this is because the velocity do not change.

See proof below

At time 10, velocity = 30

At time 25, velocity = 30

This is represented as:

Acceleration (A) is the rate of change of velocity against time.

So:

Solving (c): What happens at 25s to 30s

There was a constant deceleration and this is proven below.

At time 25, velocity = 30

At time 30, velocity = 0

This is represented as:

Acceleration (A) is the rate of change of velocity against time.

So:

Since the acceleration is negative, then it shows a constant deceleration

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