The diagram below shows a light ray parallel axis of a spherical convex diverging mirror. Point F is the virtual focal point of the mirror and C is the centre of curvature.
After the light ray is reflected, it will pass through the point:
- C
- D
- A
- F
The correct option is C D
Light ray parallel to the principal axis of a convex mirror appears to diverge from focus. Hence, it will pass through the point D.
After the light ray is reflected, it will pass through the point:
In the given mirror
C – centre of the sphere to which the mirror is part of
F – focus of the mirror
P – pole of the mirror
A – point on the mirror
D – point on the principal axis.
If a ray of light starts from C and is incident on A from which point will the reflected ray pass through?
In the given mirror
C - centre of the sphere to which the mirror is part of
F - focus of the mirror
P - pole of mirror
A - point on mirror
D - point on principal axis.
If a ray of light starts from C and is incident on A from which point will the reflected ray pass through
In the given mirror:
C – the centre of the sphere to which the mirror is part of
F – the focus of the mirror
P – pole of the mirror
A – a point on the mirror
D – a point on the principal axis.
If a ray of light starts from C and is incident on the mirror at the point of incidence A, then the reflected ray will pass through which point?
In the given mirror
C – The center of the sphere to which the mirror is part of
F – The focus of the mirror
P – Pole of mirror
A – Point on the mirror
D – The point on the principal axis.
If a ray of light starts from C and is incident on A from which point will the reflected ray pass through: