True.
Violet light refracts the most from a prism because it has a shorter wavelength compared to other colors, causing it to bend more when passing through the prism.
The process of separating white light into colors is called dispersion. This can be achieved using a prism, which refracts the different colors (wavelengths) of light at different angles, creating a spectrum of colors.
When white light passes through a red prism, the prism refracts the light based on its wavelength. This separation of the white light into its constituent colors is called dispersion. In this case, the red prism refracts the white light and separates it into the colors of the visible spectrum, with red being the most prominent color.
A prism separates white light into its different colors by refracting or bending the light at different angles depending on its wavelength. This dispersion of light reveals the visible spectrum of colors ranging from red to violet.
A device that separates white light into different colors is a prism. When white light passes through a prism, it is refracted at different angles based on the wavelength of each color, resulting in the separation of colors into a spectrum.
When a beam of light enters a drop of water, it refracts (bends) and separates into its different colors due to the water's density and properties. This dispersion creates a spectrum of colors known as a rainbow. The light is then reflected off the back of the drop and exits in various directions, forming the familiar arc shape of a rainbow.
Violet light refracts the most from a prism because it has a shorter wavelength compared to other colors, causing it to bend more when passing through the prism.
The process of separating white light into colors is called dispersion. This can be achieved using a prism, which refracts the different colors (wavelengths) of light at different angles, creating a spectrum of colors.
white light
When white light passes through a red prism, the prism refracts the light based on its wavelength. This separation of the white light into its constituent colors is called dispersion. In this case, the red prism refracts the white light and separates it into the colors of the visible spectrum, with red being the most prominent color.
A device that separates white light into different colors is a prism. When white light passes through a prism, it is refracted at different angles based on the wavelength of each color, resulting in the separation of colors into a spectrum.
A prism separates white light into its different colors by refracting or bending the light at different angles depending on its wavelength. This dispersion of light reveals the visible spectrum of colors ranging from red to violet.
The factor that determines how much a particular color refracts as it passes through a prism is its wavelength. Different colors have different wavelengths, and this causes them to bend at different angles when passing through the prism, resulting in the separation of white light into its constituent colors.
A prism separates white light into its different colors through the process of refraction. When light enters the prism, each color (wavelength) of the light is refracted by a different amount due to its unique wavelength, causing them to separate and create a spectrum of colors.
Blue light refracts the most because it has a shorter wavelength compared to other colors in the visible spectrum. This causes blue light to bend more when passing through a medium, such as air or water, resulting in a higher refractive index.
A prism is a piece of glass that refracts light by separating it into its component colors.
A prism separates visible light into its different colors, as it is made up of a transparent material that causes light to refract at different angles depending on its wavelength or color. This phenomenon is called dispersion, with shorter wavelengths (like blue) bending more than longer wavelengths (like red), creating a spectrum of colors.