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Complete the following statement: The speed of light in a vacuum is larger for higher frequency electromagnetic waves. larger for short wavelength electromagnetic waves. a constant value everywhere in the universe. larger for higher energy electromagnetic waves. smaller for higher energy electromagnetic waves.

Complete the following statement: The speed of light in a vacuum is larger for higher frequency electromagnetic waves. larger for short wavelength electromagnetic waves. a constant value everywhere in the universe. larger for higher energy electromagnetic waves. smaller for higher energy electromagnetic waves.

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Complete the following statement: The speed of light in a vacuum is larger for higher frequency electromagnetic waves. larger for short wavelength electromagnetic waves. a constant value everywhere in the universe. larger for higher energy electromagnetic waves. smaller for higher energy electromagnetic waves.

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