The deviation of light or other electromagnetic waves from a straight line as it passes through the atmosphere is known as atmospheric refraction. The star twinkles due to atmospheric refraction of starlight. The star twinkles as a result of the atmospheric refraction of starlight.
The deviation of light or other electromagnetic waves from a straight line as it passes through the atmosphere is known as atmospheric refraction. The star twinkles due to atmospheric refraction of starlight. The star twinkles as a result of the atmospheric refraction of starlight.
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Answer:
The deviation of light or other electromagnetic waves from a straight line as it passes through the atmosphere is known as atmospheric refraction. The star twinkles due to atmospheric refraction of starlight. The star twinkles as a result of the atmospheric refraction of starlight.
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Explanation:
The deviation of light or other electromagnetic waves from a straight line as it passes through the atmosphere is known as atmospheric refraction. The star twinkles due to atmospheric refraction of starlight. The star twinkles as a result of the atmospheric refraction of starlight.
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