The convex shape extends the focal point so that light striking the curved surface from a wider swath of angles all converge at the same focal point and then bounce into your eye. But this too ...

Focal Point: Convеx mirrors do not havе a rеal focal point. Instеad, thе rеflеctеd rays appеar to divеrgе from a virtual focal point bеhind thе mirror.

Rays of light striking the mirror parallel to the mirror's axis will appear to come from the focal point of the mirror, which, in the case of convex mirrors, is behind the surface of the mirror.

Reason: A convex mirror has a greater focal length than a concave mirror of the same aperture. Q.5. Assertion: Higher is the refractive index of the medium, lesser is the velocity of light in that ...

Now that the mirror’s been cast, the team must wait more than year for it to cool down from its casting temperature of 2,552 degree Fahrenheit, to the point where it can be safely used.