This is one way to describe diamonds.
No, diamonds do not refract gamma rays because gamma rays have such high energy that they pass through most materials without being significantly altered or slowed down. Diamonds, like most materials, are not effective at refracting gamma rays.
A concave lens is a lens that is thinner at the center than at the edges. It causes light rays to spread out, diverging as they pass through the lens. A prism is a transparent optical element with flat, polished surfaces that can refract, reflect, or disperse light.
that is where we get rainbows. light shines through rain drops and refracts it's individual colors. For normal incidence there is no dispersion and hence the rays will not disperse into its constituent colors .(pearlsawme)
when a beam of white light coming from a slit passes through a prism it splits up into seven colors which is obtained on screen.in practice following conditions should be satisfied to obtain a pure spectrum-- the slit should be narrow-then only a few rays will fall on prism and overlapping of colors will be reduced.- the rays falling on the prism should be parallel-all the rays will be incident on the prism at the same angle and rays of same color will emerge parallel to one another which maybe focused at one point.-the rays emerging from the prism should be focused on the screen by an achromatic convex lens-the prism should be placed in minimum deviation position w.r.t. the mean ray and the refracting edge of the prism should be parallel to the slit-focusing of different colors would be the sharpest.all these requirements are fulfilled in a spectrometer.
It is very difficult to answer this question since it is based on a total misunderstanding of what actually happens. Light rays, when passing through a triangular prism DO bend towards the thicker part of the prism!
No, diamonds do not refract gamma rays because gamma rays have such high energy that they pass through most materials without being significantly altered or slowed down. Diamonds, like most materials, are not effective at refracting gamma rays.
a prism will do that
bcoz in triangular prism, sides are not parallel so rays will deflect but in rectangular prism sides are parallel so rays won't deflect instead they will pass straight.
yes
A concave lens is a lens that is thinner at the center than at the edges. It causes light rays to spread out, diverging as they pass through the lens. A prism is a transparent optical element with flat, polished surfaces that can refract, reflect, or disperse light.
that is where we get rainbows. light shines through rain drops and refracts it's individual colors. For normal incidence there is no dispersion and hence the rays will not disperse into its constituent colors .(pearlsawme)
the light reflects of the droplets like a prism and bend the rays of light to make a rainbow
when a beam of white light coming from a slit passes through a prism it splits up into seven colors which is obtained on screen.in practice following conditions should be satisfied to obtain a pure spectrum-- the slit should be narrow-then only a few rays will fall on prism and overlapping of colors will be reduced.- the rays falling on the prism should be parallel-all the rays will be incident on the prism at the same angle and rays of same color will emerge parallel to one another which maybe focused at one point.-the rays emerging from the prism should be focused on the screen by an achromatic convex lens-the prism should be placed in minimum deviation position w.r.t. the mean ray and the refracting edge of the prism should be parallel to the slit-focusing of different colors would be the sharpest.all these requirements are fulfilled in a spectrometer.
It is very difficult to answer this question since it is based on a total misunderstanding of what actually happens. Light rays, when passing through a triangular prism DO bend towards the thicker part of the prism!
A prism refracts light rays, causing them to bend and separate into different colors. This effect is called dispersion, where each color of light is refracted by a slightly different angle due to its wavelength, resulting in a rainbow-like spectrum.
It is because rays of different colours have different wavelengths. Waves with shorter wave lengths undergo less refraction.
Water droplets in the air act like a prism and bend the light rays from the Sun which splits the light into the individual wavelengths, allowing you to view it as a rainbow.