Statement (A) : In uniform circular motion angle between velocity vector and acceleration vector is alwaysπ2Statement (B) : For any type of motion, angle between acceleration and velocity is alwaysπ2

# Statement (A) : In uniform circular motion angle between velocity vector and acceleration vector is always$\frac{\mathrm{\pi }}{2}$Statement (B) : For any type of motion, angle between acceleration and velocity is always$\frac{\mathrm{\pi }}{2}$

1. A

Both A and B are true

2. B

Both A and B are false

3. C

A is true but B is false

4. D

A is false but B is true

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### Solution:

It is true that acceleration vector and velocity vector remain always perpendicular to each other when a body performs uniform circular motion

It is false that acceleration vector and velocity vector remain at right angles in any type of motion

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