If the time period `(T)`of vibration of a liquid drop depends on surface tension `(S)` , radius`( r )` of the drop , and density `( rho )` of the liquid , then find the expression of `T`.

Explanation

To find the expression for the time period \( T \) of vibration of a liquid drop depending on surface tension \( S \), radius \( r \), and density \( \rho \), we can follow these steps:

### Step 1: Identify the variables
We know that the time period \( T \) depends on:
- Surface tension \( S \)
- Radius \( r \)
- Density \( \rho \)

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