Infinitely thin walls will not affect the beams of light, if the prism walls are not infinitely thin then there will be dispersion but not much.
Because there is a hollow space inside the prism, the light would be refracted twice, turning it back to white light.
Not much because the light has to travel a distance in the medium with a different refractive index in order for the dispersion to become obvious. If you look very closely you will see some dispersion but it may be microscopic.
Yes, light always disperses when entering a medium other than vacuum because photons with different frequencies (different "colours") have different velocities in a medium other than vacuum, therefore different angles of refraction.
It refracts
A Triangular Prism
Because there is a hollow space inside the prism, the light would be refracted twice, turning it back to white light.
A prism.
Not much because the light has to travel a distance in the medium with a different refractive index in order for the dispersion to become obvious. If you look very closely you will see some dispersion but it may be microscopic.
spectrum is produced by the deviation of different colour by the means of refraction. When white light trevels from air into hollow prism (contains air) so there is no change of medium ,therefore no referaction and spectrum takes place.......
No. Monochromatic light (light of a single color) will pass through the prism without dispersing. White light disperses into its constituent colors as it passes through a prism, and we therefore observe the different colors emerging in a dispersal pattern as the light emerges from the opposite side of the prism. Since monochromatic light is made up of only one color, there are no colors to disperse, and so the beam of light passes through the prism coherently.
A diffraction grating does not disperse light into its component colors. However, a prism does. A diffraction grating simply causes light to diffract and display an interference pattern on a screen.
A transparent body that is bounded in part by two nonparallel plane faces and is used to refract or disperse a beam of light. (Merriam-Webster.com)
The refractive index of prism is very high but its very low in glass slab, in glass slab the dispersion occurs but its very less, so is not visible.
the prism can obtained coloured of light in prism due to disperion of light
When ordinary visible light shines on a prism.
because when light hits the prism the prism scatters the light in all directions there for you can see the rainbow
I believe that you are talking about a prism, and the process where the light is broken up in to its constituent parts is called dispersion