H C Verma Solutions for Chapter: Reflection of Light, Exercise 1: EXERCISES
H C Verma Physics Solutions for Exercise - H C Verma Solutions for Chapter: Reflection of Light, Exercise 1: EXERCISES
Attempt the practice questions on Chapter 1: Reflection of Light, Exercise 1: EXERCISES with hints and solutions to strengthen your understanding. Foundation Science Physics for Class 10 solutions are prepared by Experienced Embibe Experts.
Questions from H C Verma Solutions for Chapter: Reflection of Light, Exercise 1: EXERCISES with Hints & Solutions
No particle can ever move at a speed greater than that of light in vacuum.
The angle of incidence is equal to the angle of reflection. This is true for reflection from plane mirrors, but it is not true for reflection from spherical mirrors.
The focal length of a spherical mirror has a smaller magnitude than that of its radius of curvature.
A spherical mirror never forms an image whose size is the same as that of the object.
A ray starting from the focus of a concave mirror becomes parallel to the principal axis after reflection.
The mirror equation is valid only if the aperture of the mirror is small.
A real image of a point object can be formed only by a concave mirror.
A ray of light incident parallel to the principal axis of a spherical mirror retraces its path after reflection.
