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Reflected angle forms between
i = r = 40
angle of incident equals angle of reflection
normal and incident ray
equal to object's distance
virtual
reflected ray and normal
on it self
r = 45
When reflection takes place :
i = r = 40
angle of incident equals angle of reflection
normal and incident ray
equal to object's distance
virtual
reflected ray and normal
on it self
r = 45
Angle of incident forms between
i = r = 40
angle of incident equals angle of reflection
normal and incident ray
equal to object's distance
virtual
reflected ray and normal
on it self
r = 45
When angle of incident i= 45 then angle of reflection r =?
i = r = 40
angle of incident equals angle of reflection
normal and incident ray
equal to object's distance
virtual
reflected ray and normal
on it self
r = 45
when ray hits the mirror normally it reflects
i = r = 40
angle of incident equals angle of reflection
normal and incident ray
equal to object's distance
virtual
reflected ray and normal
on it self
r = 45
when the angle formed between incident ray and reflected ray is 80 then :
i = r = 40
angle of incident equals angle of reflection
normal and incident ray
equal to object's distance
virtual
reflected ray and normal
on it self
r = 45
the image of real object formed by plane mirror is
i = r = 40
angle of incident equals angle of reflection
normal and incident ray
equal to object's distance
virtual
reflected ray and normal
on it self
r = 45
The images distance from mirror is :
i = r = 40
angle of incident equals angle of reflection
normal and incident ray
equal to object's distance
virtual
reflected ray and normal
on it self
r = 45
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