The frequency of light and temperature are unrelated quantities, so there is no direct connection between the frequency of green light and the temperature of water. However, I can provide some information on the interaction between light and water, as well as the relationship between light frequency and temperature.
When light passes through a medium like water, it can undergo various interactions such as absorption, reflection, and refraction. Different materials, including water, can absorb certain frequencies of light more strongly than others. In the case of water, it tends to absorb light in the infrared range rather than the visible range where green light resides.
Regarding the relationship between light frequency and temperature, temperature itself does not affect the frequency of light. The frequency of light is determined by its source and is independent of the temperature of the medium through which it passes.
However, the behavior of light, including its speed and how it interacts with matter, can be influenced by temperature. In water, for instance, the speed of light decreases as the temperature decreases. This effect is responsible for phenomena such as refraction, where light changes direction when passing from one medium (e.g., air) to another (e.g., water) due to the change in speed.
To summarize, the frequency of green light and the temperature of water do not have a direct relationship. The absorption characteristics of water and the interaction of light with water depend on the specific properties of the material, while the frequency of light remains constant regardless of the temperature.