- The angle of reflection is zero because, in accordance with the rule of reflection, it is equal to the angle of incidence. As a result, the incident and reflected ray paths cross and the reflected ray travels through the centre of curvature.
- A light beam's path coincides with the normal at the incidence point as it travels through the centre of curvature, creating a zero incidence angle.
The curve's centre (C), the focus (F), and the primary axis (XP) are shown in the diagram.
Why a Ray of Light Passing Through the Center of Curvature of Concave Minor Gets Reflected Along the Same Path?
Since the angle of reflection is equal to the angle of incidence and a light ray travelling through the concave minor's centre of curvature is reflected along the same path, the angle of reflection is zero.
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