A ray.
No. A ray is infinite on one side and ends at a point at the other. A line segment ends in two points. A ray can contain a line segment, as the distance between any two given points on the ray is a line segment.
Yes, because a ray is a line with an end point. It goes on forever in one direction.
A ray
yes, because a line segment is part of a line and a ray goes on forever and it does always happen
i think that normal is a line segment and normal ray is a line with an arrow head like vector to point in a certain direction....
The normal (ray).
The angle of refraction is measured between the refracted ray and the normal line (perpendicular line) to the surface of the material at the point of incidence.
A normal line is the name of the line drawn perpendicular to the surface where a light ray strikes.
The line perpendicular to a reflecting surface where the incident ray ends and the reflected ray begins is called the normal line.
A normal line is the name of the line drawn perpendicular to the surface where a light ray strikes.
The angle of incidence and reflection are reference to of a line normal or perpendicular to a surface. The incidence angle is the incoming ray angle relative to the normal line and the reflection is the outgoing angle relative to the normal line. Both angles are in the plane containing the normal line and the incidence ray.
The angle of incidence is the angle between the incident ray and the normal (perpendicular) to the reflecting surface.
The angle of incidence is the angle formed by the incident ray and the normal line drawn to the point of incidence on a mirror. It is measured from the incident ray to the normal line.
It is called the angle of incidence! Hope this helped! thank u it did
The angle of incidence is the angle between the incident ray and the normal (perpendicular line) to the surface the ray is striking.
The normal in a ray diagram refers to a line that is perpendicular to the surface of an object or mirror. It is used to help determine the direction of reflected or refracted rays in optics.