When the light ray strikes the surface of the prism, both when it enters and when it leaves, it bends owing to the different in the speeds of light in air and the material of which the prism is made. The amount of bending depends in part on the frequency of the light which is related to the colour of the light, hence the appearance of a colour spectrum which can be seen from a triangular prism.
the light reflects back at you in the direction you shone the ray at
This is FALSE. The incident wave "happens" when you shine the light AT the mirror. THe light that comes back is called the reflected wave.
The ray of light reflects.
it is reflected
It isn't light that is transparent; it is objects you can touch that are, or are not, transparent.
It is reflected
it reflects
the light reflects back at you in the direction you shone the ray at
This is FALSE. The incident wave "happens" when you shine the light AT the mirror. THe light that comes back is called the reflected wave.
it will depend on what kind of prisim ( transparent)
Doesn't work, it'd be like trying to shine a beam of light onto a beam of light.
White light from a Tungsten filiment lamp is best. If you shine a small ray of the white light in one end a rainbow ray should come out the other.
The ray of light reflects.
A verb with a meaning 'to shine with a sudden light' is illuminate.
Light ray bounces back
When a straight light ray hits a smooth mirror, the regular reflection happens.
it reflects