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In convex mirror, the reflection of light takes place at
- a)Bulging out surface
- b)Bent in surface
- c)Flat surface
- d)An uneven surface
Correct answer is option 'A'. Can you explain this answer?
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In convex mirror, the reflection of light takes place ata)Bulging out ...
In convex mirror, the reflection of light takes place at bulging out surface of the mirror.
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In convex mirror, the reflection of light takes place ata)Bulging out ...
Reflection of Light in Convex Mirror
Reflection of light takes place at the bulging out surface of a convex mirror.
Explanation:
A convex mirror is a curved mirror that bulges outwards. It is also called a diverging mirror because when parallel rays of light fall on it, they diverge or spread out after reflection. The curvature of the mirror causes the reflection of light to occur at the bulging out surface.
The reflection of light in a convex mirror can be explained using the following points:
1. Curvature of the Mirror:
- The convex mirror has a curved surface that is bulging outwards.
- The curvature of the mirror is such that the center of the mirror is closer to the observer than the edges.
- This curvature is responsible for the reflection of light in the mirror.
2. Incident Light Rays:
- When parallel rays of light fall on a convex mirror, they are incident on the mirror surface.
- These incident rays of light can come from a distant object or a source of light.
3. Reflection at the Bulging Out Surface:
- As the incident rays of light reach the convex mirror, they reflect off the bulging out surface.
- The reflection takes place at this surface due to the curvature of the mirror.
- The reflection follows the law of reflection, where the angle of incidence is equal to the angle of reflection.
4. Diverging Nature:
- After reflection, the rays of light diverge or spread out.
- This is because the bulging out surface causes the reflected rays to spread in different directions.
- The reflected rays do not converge at a point like in a concave mirror.
5. Image Formation:
- Due to the diverging nature of the reflected rays, a virtual and diminished image is formed in a convex mirror.
- The image is formed behind the mirror, and it appears smaller than the actual object.
In conclusion, the reflection of light in a convex mirror takes place at the bulging out surface due to the curvature of the mirror. The bulging out surface causes the reflected rays to diverge, resulting in the formation of a virtual and diminished image.
Reflection of light takes place at the bulging out surface of a convex mirror.
Explanation:
A convex mirror is a curved mirror that bulges outwards. It is also called a diverging mirror because when parallel rays of light fall on it, they diverge or spread out after reflection. The curvature of the mirror causes the reflection of light to occur at the bulging out surface.
The reflection of light in a convex mirror can be explained using the following points:
1. Curvature of the Mirror:
- The convex mirror has a curved surface that is bulging outwards.
- The curvature of the mirror is such that the center of the mirror is closer to the observer than the edges.
- This curvature is responsible for the reflection of light in the mirror.
2. Incident Light Rays:
- When parallel rays of light fall on a convex mirror, they are incident on the mirror surface.
- These incident rays of light can come from a distant object or a source of light.
3. Reflection at the Bulging Out Surface:
- As the incident rays of light reach the convex mirror, they reflect off the bulging out surface.
- The reflection takes place at this surface due to the curvature of the mirror.
- The reflection follows the law of reflection, where the angle of incidence is equal to the angle of reflection.
4. Diverging Nature:
- After reflection, the rays of light diverge or spread out.
- This is because the bulging out surface causes the reflected rays to spread in different directions.
- The reflected rays do not converge at a point like in a concave mirror.
5. Image Formation:
- Due to the diverging nature of the reflected rays, a virtual and diminished image is formed in a convex mirror.
- The image is formed behind the mirror, and it appears smaller than the actual object.
In conclusion, the reflection of light in a convex mirror takes place at the bulging out surface due to the curvature of the mirror. The bulging out surface causes the reflected rays to diverge, resulting in the formation of a virtual and diminished image.
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In convex mirror, the reflection of light takes place ata)Bulging out surfaceb)Bent in surfacec)Flat surfaced)An uneven surfaceCorrect answer is option 'A'. Can you explain this answer?
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