Question

Which choice most accurately describes the effect of energy on materials during absorption?

The glass absorbs the visible light wave and reemits its energy as visible light. It absorbs the ultraviolet and infrared waves,
then converts the energy into heat. The temperature of the glass increases due to the absorption.
The glass does not absorb the energy of any of the waves. The ultraviolet, infrared, and visible waves are transmitted
through the glass. The temperature of the glass does not change.
The glass transmits the visible light wave. It also absorbs the ultraviolet and infrared light waves and reemits these waves as
visible light waves. The temperature of the glass does not change.
The glass absorbs ultraviolet, infrared, and visible waves and converted all their energy into heat. The temperature of the
glass increases due to the absorption. None of the light waves were reflected or refracted.

Answer 1

The glass absorbs the visible light wave and reemits its energy as visible light. It absorbs the ultraviolet and infrared waves, then converts the energy into heat. The temperature of the glass increases due to the absorption.

Step-by-step explanation: