QuestionJuly 28, 2025

When ultraviolet light is incident upon glass, most atoms in the glass resonate pass the light energy along practically undiminished freely absorb and reemit most of the ultraviolet light release energy

When ultraviolet light is incident upon glass, most atoms in the glass resonate pass the light energy along practically undiminished freely absorb and reemit most of the ultraviolet light release energy
When ultraviolet light is incident upon glass, most atoms in the glass
resonate
pass the light energy along practically undiminished
freely absorb and reemit most of the ultraviolet light
release energy

Solution
3.3(254 votes)

Answer

Freely absorb and reemit most of the ultraviolet light Explanation 1. Identify the interaction of ultraviolet light with glass Ultraviolet (UV) light has a higher energy than visible light. When UV light is incident upon glass, most atoms in the glass do not resonate at the UV frequency. 2. Determine the absorption and reemission process Glass absorbs most of the ultraviolet light because its atoms can absorb this energy but do not efficiently reemit it as visible light. 3. Conclude the behavior of UV light in glass The absorbed energy is often converted into heat rather than being reemitted as light.

Explanation

1. Identify the interaction of ultraviolet light with glass<br /> Ultraviolet (UV) light has a higher energy than visible light. When UV light is incident upon glass, most atoms in the glass do not resonate at the UV frequency.<br /><br />2. Determine the absorption and reemission process<br /> Glass absorbs most of the ultraviolet light because its atoms can absorb this energy but do not efficiently reemit it as visible light.<br /><br />3. Conclude the behavior of UV light in glass<br /> The absorbed energy is often converted into heat rather than being reemitted as light.
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