I would think so, but why not try it on a sunny day?
Light reflects off of light colored clothing. Light refracts when passing through a material (such as water).
Rainbows are related to physics through the lens effect of water drops. Water in the atmosphere acts as a lens and bends sunlight passing through the drops producing the colors of the rainbow. Newton demonstrated this lens effect, demonstrating that "white light" was composed of colored light.
Sounds like an experiment you could do, all you need is a cup, water, and a thermometer. If you can get two thermometers try it with one white cup and one dark colored one.
A rainbow happens when sunlight is refracted by drops of water in the air.
No. Nothing attracts sunlight. Water can, however, refract sunlight.
I'd have to say yes if the cup is in sunlight for example. Just like when you wear different colored shirts outside. A darker cup will absorb more light, and a lighter cup will reflect more light. The light energy converts into heat energy. Therefore, a darker colored cup would make water get warmer faster in light.
"light" or "sun" or "sunlight" or "photons" or "solar" or "light energy"
Light reflects off of light colored clothing. Light refracts when passing through a material (such as water).
water, and sunlight
Light, water, and CO2
Rainbows are related to physics through the lens effect of water drops. Water in the atmosphere acts as a lens and bends sunlight passing through the drops producing the colors of the rainbow. Newton demonstrated this lens effect, demonstrating that "white light" was composed of colored light.
Its simple... Sunlight is a form of energy.. Energy is mostly liberated in the form of heat. Since water in the sunlight will receive more light energy, its temperature will increase. The water in the shady region will not receive that much light energy as received by the water in sunlight. Hence, its temperature will be low relative to the water in the other case.
Because there is no light. Sunlight doesn't reach that far down.
Many people think that clouds consist of water vapor, but they are actually water droplets. Smooth, light-colored surfaces reflect light best, and because of the abundance of surfaces in a cumulus cloud (raincloud), there are many chances for the light to reflect back or be absorbed and re-radiated.
water, carbon dioxide, chlorophyll and enzymes
Sunlight or any kind of light and water
Sunlight is made up of all the colors of the rainbow: red, orange, yellow, green, blue, and violet. Some of the sunlight is reflected off the surface of the water, reflecting the color of the sky. Some of the sunlight penetrates the water and is scattered by ripples and particles in the water (this tinges the appearance of the ocean with the color of the particles). In deep water, much of the sunlight is scattered by the oxygen in the water, and this scatters more of the blue light. Water absorbs more of the red light in sunlight; the water also enhances the scattering of blue light. Source: Enchanted Learning