An object revolves uniformly in a circle of diameter `0.80` m and completes 100 rev `"min"^(-1)`. Find its time period and angular velocity.

Explanation

To solve the problem step by step, we will find the time period and angular velocity of an object revolving uniformly in a circle of diameter 0.80 m and completing 100 revolutions per minute.

### Step 1: Calculate the Angular Velocity (ω)

1. **Understanding Revolutions per Minute (RPM)**:
The object completes 100 revolutions in 1 minute (60 seconds).

2. **Convert Revolutions to Radians**:
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