In backward slip condition translational kinetic energy of a disc may be equal to its rotational kinetic energy is this statement true of false?

Explanation

To determine whether the statement "In backward slip condition, translational kinetic energy of a disc may be equal to its rotational kinetic energy" is true or false, we can analyze the relationship between translational and rotational kinetic energy in the context of a disc experiencing backward slip.

### Step-by-Step Solution:

1. **Understanding the Motion**:
- In the backward slip condition, the disc is rolling backward, meaning that the translational velocity \( V \) of the center of mass is in the negative direction while the angular velocity \( \omega \) is in the positive direction (assuming counterclockwise rotation).

2. **Kinetic Energy Definitions**:
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