Violet light is refracted through the largest angle when white light passes through a glass prism because it has the shortest wavelength of all the colors in the visible spectrum.
Violet light is refracted the most because it has the shortest wavelength among visible light, causing it to bend more when passing through a medium.
Violet light is refracted the most by a prism, followed by blue, green, yellow, orange, and red. This dispersion of light creates a rainbow effect when white light passes through a prism.
Red light is refracted the least due to its longer wavelength compared to other colors in the visible spectrum. This causes red light to bend the least when passing through a medium with a different optical density.
The violet colour will be refracted the most, it has a shorter wave length and a higher frequency. The red light will be refracted the least, with its longer wave length and lower frequency.
The longer the wavelength the less the light will be 'bent' by a prism. Wavelengths get longer towards the red end of the spectrum.
Red since red light travels the slowest
Violet light is refracted the most because it has the shortest wavelength among visible light, causing it to bend more when passing through a medium.
violet is most refracted when passing through a triangular prism because refractive index of violet is more and dispersion is directly proportional to ref index
Violet light is refracted the most by a prism, followed by blue, green, yellow, orange, and red. This dispersion of light creates a rainbow effect when white light passes through a prism.
Red light is refracted the least due to its longer wavelength compared to other colors in the visible spectrum. This causes red light to bend the least when passing through a medium with a different optical density.
The violet colour will be refracted the most, it has a shorter wave length and a higher frequency. The red light will be refracted the least, with its longer wave length and lower frequency.
The longer the wavelength the less the light will be 'bent' by a prism. Wavelengths get longer towards the red end of the spectrum.
Optics (a branch of physical science that deals with light and vision) and meteorology (the science of atmosphere and weather) are the branches of science which deals with rainbows.When a beam of white light is shone through water, it bends as water impedes its speed. This phenomenon is called refraction.Each constituent colour of the white light travels at a different speed. Red travels faster and is least refracted, violet is most refracted. The result is that light gets split into its constituent colour spectrum. This is called dispersion.A rainbow is nothing but white light dispersed in the sky. It is formed when the sun shines on droplets of moisture in the atmosphere. That is why it is seen during the rains.Thus, the branch of optics and meteorology are the branch of sciences that are concerned with rainbows.
The violet (higher frequency) light.
It doesn't. What happens is that the colors that are already in it are separated by the prism. It's basically because short waves (blue) are refracted more than long waves (red).
When light passes through a concave mirror lights are deflected and form any colour because light consist of 7 colour. After rainfall there are water vapour in the sky those are worked as concave lens. When sunlight passes through the water vapour lights deflect and shows 7 colour. We see many colour from a bubble because of the reason.
The color of light that travels through glass with the minimum speed is violet. This is because the speed of light in any medium, including glass, is dependent on the medium's refractive index, with shorter wavelengths like violet experiencing a slower speed.