Assertion(A): The formula connecting $u,v$ and $f$ for a spherical mirror is valid in all situations for all spherical mirrors for all positions of the object.
Reason (R): Laws of reflection are strictly valid for plane surfaces.

If the object is at a distance of $3 \mathrm{cm}$ from the plane mirror, then the distance of the image will be:

In the following diagram ‘$M$’ is a mirror and ‘$P$’ is an object and ‘$Q$’ is the magnified image of ‘$P$’ formed by the mirror. The mirror ‘$M$’ is a:

What is reflection of light ? Give the nature, size and position of image formed by a convex mirror.

A concave mirror of focal length 15cm forms an image. The position of the object when the image is virtual and linear magnification is 2 is.

Vimal combs her hair is front of a plane mirror. Write two characteristics of her image.

Correct relation between radius of curvature($R$) and Focal length ($F$) of a spherical mirror is:

If a mirror forms erect image for objects placed between pole and focus, and it forms real-inverted image for object placed anywhere between focus and infinity, then the mirror is: