Bob of mass m of the simple pendulum of lngth l is made to go around a vertical circle in such a manner that ratio of the maximum to minimum tension is 3 . Fixed end is at a height 5l above the horizontal floor . If string breaks when bob crosses the lowest position then find horizontal distance covered by the bob before it hits the ground .

Explanation

To solve the problem step by step, we will follow a systematic approach to find the horizontal distance covered by the bob before it hits the ground after the string breaks.

### Step 1: Understanding the Setup
- The bob of mass \( m \) is attached to a string of length \( l \) and is rotating in a vertical circle.
- The fixed end of the string is at a height of \( 5l \) above the ground.
- When the bob reaches the lowest point of the circle, the string breaks.

### Step 2: Determine the Height of the Bob at the Lowest Point
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