A single incident ray falls on a convex mirror and a concave mirror. How many reflected rays can there be in case of convex mirror and concave mirror respectively?

Options

A. 0, infinite
B. infinite, 0
C. 0, 0
D. 1, 1

Explanation

To solve the question, we need to analyze the behavior of light rays when they strike both a convex mirror and a concave mirror.

### Step-by-Step Solution:

1. **Understanding Incident Rays**: We start with a single incident ray falling on both mirrors. An incident ray is simply a ray of light that strikes a surface.

2. **Reflection from a Convex Mirror**:
- A convex mirror diverges light rays that strike its surface.
- When the single incident ray hits the convex mirror, it reflects off the surface.
- According to the law of reflection, the number of reflected rays is equal to the number of incident rays.
- Therefore, from the convex mirror, we will have **1 reflected ray**.

3. **Reflection from a Concave Mirror**:
- A concave mirror converges light rays that strike its surface.
- Similar to the convex mirror, when the single incident ray hits the concave mirror, it reflects off the surface.
- Again, according to the law of reflection, the number of reflected rays is equal to the number of incident rays.
- Thus, from the concave mirror, we will also have **1 reflected ray**.

4. **Conclusion**:
- For the convex mirror, there is **1 reflected ray**.
- For the concave mirror, there is also **1 reflected ray**.

### Final Answer:
- The number of reflected rays from the convex mirror is **1**.
- The number of reflected rays from the concave mirror is **1**.