A solid glass hemisphere of density d and radius R lies (with curved surface of hemisphere below the flat surface) at the bottom of a tank filled with water of density `rho` such that the flat surface of hemisphere is H depth below the liquid surface. Weight of water + tank is `W_(1)` and that of hemisphere is`'W_(2)`. W Then choose the incorrect options

Explanation

To solve the problem, we need to analyze the forces acting on the solid glass hemisphere submerged in water and determine which of the given options is incorrect.

### Step-by-Step Solution:

1. **Understanding the Setup**:
- We have a solid glass hemisphere of density \( d \) and radius \( R \).
- The hemisphere is placed at the bottom of a tank filled with water of density \( \rho \).
- The flat surface of the hemisphere is at a depth \( H \) below the water surface.
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