k Betelgeuse emission spectrum Betelgeuse emission spectrum. This multicoloured band is obtained by recording what wavelengths of light each seen as a different colour are emitted by the star Betelgeuse Alpha Orionis. White light is a combination of a range of light wavelengths and can be separated into its components using a prism. The dark vertical lines called Fraunhofer absorption lines show that some wavelengths of light emitted outwards from the hot interior of the star were absorbed by atoms within the cool gases that make up the stars outer layer. Stock Photo - Afloimages
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Betelgeuse emission spectrum Betelgeuse emission spectrum. This multicoloured band is obtained by recording what wavelengths of light  each seen as a different colour  are emitted by the star Betelgeuse  Alpha Orionis . White light is a combination of a range of light wavelengths and can be separated into its components using a prism. The dark vertical lines  called Fraunhofer absorption lines  show that some wavelengths of light emitted outwards from the hot interior of the star were absorbed by atoms within the cool gases that make up the star s outer layer.
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Betelgeuse emission spectrum

Betelgeuse emission spectrum. This multicoloured band is obtained by recording what wavelengths of light (each seen as a different colour) are emitted by the star Betelgeuse (Alpha Orionis). White light is a combination of a range of light wavelengths and can be separated into its components using a prism. The dark vertical lines (called Fraunhofer absorption lines) show that some wavelengths of light emitted outwards from the hot interior of the star were absorbed by atoms within the cool gases that make up the star's outer layer.

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