Infinitely many.
that is impossible. if they aren't parrallel, and they're rays they have to intersect at some point. This is because rays spread at both ends. The above answer is only correct if the rays on drawn on the same plane or if they are drawn on convergent (intersecting) planes, so the correct answer is the two rays must be drawn on separate planes that are not convergent, since all non-parallel lines on the same plane, or on convergent planes, will eventually intersect. If they are drawn in 3 dimensions than you can avoid them intersecting. Perhaps the questions is not specific enough?
Infinitely many. There an infinite number of points on a line and each point can be an end point of two rays.
They have one point in common.
Radiation is suitable for locating the objects from a single point , while Intersection is suitable for the inaccessible points by intersection of rays drawn from two instrument stations.
Two rays starting at a common point form an angle.
infinite
2 is the minimum number of light rays required to locate the image (of a point object) formed by a lens. First find the path of rays after refraction and then their point of intersection gives the location of the image.
To locate an image, only two non-parallel rays are needed. These rays intersect at the image point, which is the point where the image is formed.
The point where rays converge after passing through a lens is known as the focal point. This is where parallel rays of light meet or appear to diverge from when passing through a converging lens. The distance between the lens and the focal point is known as the focal length.
All reflected light rays pass through the point of reflection, which is the point where the incident ray strikes the reflecting surface and reflects off it.
that is impossible. if they aren't parrallel, and they're rays they have to intersect at some point. This is because rays spread at both ends. The above answer is only correct if the rays on drawn on the same plane or if they are drawn on convergent (intersecting) planes, so the correct answer is the two rays must be drawn on separate planes that are not convergent, since all non-parallel lines on the same plane, or on convergent planes, will eventually intersect. If they are drawn in 3 dimensions than you can avoid them intersecting. Perhaps the questions is not specific enough?
Rays pass through one point. Parallel lines never meet.
The point where light rays converge after passing through a converging lens is called the focal point.
Rays which are parallel to the axis of the concave mirror will converge to the focal point.
To determine the location of an image using ray diagrams, you need to draw two rays of light. One ray passes through the focal point before reflecting, and the other ray goes parallel to the principal axis and passes through the focal point after reflecting. The point where these two rays intersect will give you the location of the image.
The point where rays of light converge after passing through a lens is called the focal point. It is the point where the light rays come together, either in front of (converging lens) or behind (diverging lens) the lens.
That is not correct. The focal point is the point at which parallel light rays converge or appear to diverge after passing through a lens or reflecting off a concave mirror. The intersection point of reflected light rays is known as the virtual focus.