Those angles are equal at the point where a ray of light hits the mirror,
regardless of the shape of the mirror.
f a line is drawn parallel to the angle of incidence axis (X-axis), it cuts the graph at two points, showing that there are two values of angle of incidence for an angle of deviation. However, at the point of angle of minimum deviation, the line will be tangent to the curve showing that for minimum angle of deviation there is only one angle of incidence.
The answer depends on the angle between the mirrors. The distance between the mirrors does not, in theory, make any difference. If the angle between the mirrors is x degrees, then the theoretical number of images is (360/x)- 1 which is rounded down. In practice, minor defects in the mirrors, refraction, total internal refraction, absorptions, scattering etc will reduce the number of images.The answer depends on the angle between the mirrors. The distance between the mirrors does not, in theory, make any difference. If the angle between the mirrors is x degrees, then the theoretical number of images is (360/x)- 1 which is rounded down. In practice, minor defects in the mirrors, refraction, total internal refraction, absorptions, scattering etc will reduce the number of images.The answer depends on the angle between the mirrors. The distance between the mirrors does not, in theory, make any difference. If the angle between the mirrors is x degrees, then the theoretical number of images is (360/x)- 1 which is rounded down. In practice, minor defects in the mirrors, refraction, total internal refraction, absorptions, scattering etc will reduce the number of images.The answer depends on the angle between the mirrors. The distance between the mirrors does not, in theory, make any difference. If the angle between the mirrors is x degrees, then the theoretical number of images is (360/x)- 1 which is rounded down. In practice, minor defects in the mirrors, refraction, total internal refraction, absorptions, scattering etc will reduce the number of images.
maximam angle through which light can b injected to a optical fiber for its total intenal reflection
It depends on (a) the angle of incidence, and (b) the relative refractive indices of the slabs as well as the medium on either side of them and between them.
It depends on what measure you want: the angle subtended or the length of the curved segment, and also on what information you do have.
because that's the rule. angle of incident ALWAYS = angle of reflection.
The angle of incidence is ALWAYS equal to the angle of reflection! This is one of the laws of reflection.
The angle of incidence
Angle of incidence can be anything. Angle of reflection is the same as angle of incidence.
0(zero) Angle of incidence = angle of reflection
The angle of reflection.
the angle of incidence is the initial ray angle and the angle of reflection is the reflected ray angle
light's angle of incidence is equal to the angle of its reflection. That the angle of incidence equals the angle of reflection
For a smooth surface, the angle of incidence is the same as the angle of reflection.
Both are zero. Thereby it obeys the second law of reflection ie angle of incidence is equal to angle of reflection.
Light has little or no effect on a mirror. The mirrors follow the rule: "the angle of incidence equals the angle of reflection". Concave mirrors concentrate light to a point and convex spread it out.
the angle of incidence is equal to the angle of reflection