Polychromatic (multiple-wavelength) light consisting of three separate wavelengths is incident from air onto a block of glass. After entering the glass, the three wavelengths separate into different directions as shown in the figure below: В Select all the true statements. V Light ray C has the shortest wavelength. The light rays bend at different angles when entering the glass because they lose different amounts of energy. V The light rays bend at different angles when entering the glass because of dispersion; different wavelengths of light experience different refractive indices in a given material. O The light rays bend at different angles when entering the glass because they are incident on the glass at different angles.

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Chapter1: Units, Trigonometry. And Vectors
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Polychromatic (multiple-wavelength) light consisting of three separate wavelengths is incident from air onto a block of glass. After entering
the glass, the three wavelengths separate into different directions as shown in the figure below:
В
Select all the true statements.
Light ray C has the shortest wavelength.
The light rays bend at different angles when entering the glass because they lose different amounts of energy.
The light rays bend at different angles when entering the glass because of dispersion; different wavelengths of light experience
different refractive indices in a given material.
The light rays bend at different angles when entering the glass because they are incident on the glass at different angles.
Transcribed Image Text:Polychromatic (multiple-wavelength) light consisting of three separate wavelengths is incident from air onto a block of glass. After entering the glass, the three wavelengths separate into different directions as shown in the figure below: В Select all the true statements. Light ray C has the shortest wavelength. The light rays bend at different angles when entering the glass because they lose different amounts of energy. The light rays bend at different angles when entering the glass because of dispersion; different wavelengths of light experience different refractive indices in a given material. The light rays bend at different angles when entering the glass because they are incident on the glass at different angles.
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