What colour attracts the sun?

Answer 1

Colors do not "attract" heat. The heat is already present in the light around the area. The color either absorbs or reflects the light. Black absorbs the most. White reflects the most. The darker the color is, the more light/heat it absorbs.

Answer 2

Heat isn't really "attracted". Dark colors - and especially black - will absorb a higher percentage of light, and therefore heat up faster, when placed in the sunlight. They will also cool down faster if not in the sunlight, due to an emission of heat radiation.

Answer 3

The Sun has a spectral glass of G2V. G2 means that it has a surface temperature of approximately 5,780 K, giving it a white color that often, because of atmospheric scattering, appears yellow when seen from the surface of the Earth. This is a subtractive effect, as the preferential scattering of shorter wavelength light removes enough violet and blue light, leaving a range of frequencies that is perceived by the human eye as yellow. It is this scattering of light at the blue end of the spectrum that gives the surrounding sky its color. When the Sun is low in the sky, even more light is scattered so that the Sun appears orange or even red.

Answer 4

The sun is most attracted to the color BLACK. I don't know why, but i can tell you 1 thing it makesyou get EXREMELY HOT! and im not kidding. Sometimes it will make you EXREMELY HOT! and sometimes it wont. So there's your answer.

Answer 5

Black because it absorbs the sun Darker colors

absorb more sunlight than lighter colors, which is why darker colors get warmer

more quickly in the sunlight than lighter colors. The lighter colors reflect more of

the sun's radiant energy, so they remain cooler to touch in the sunlight

Darker colors absorb more sunlight than lighter colors, which is why darker colors get warmer more quickly in the sunlight than lighter colors. The lighter colors reflect more of the sun's radiant energy, so they remain cooler to touch in the sunlight

Answer 6

The colour the sun is most attracted to is Black

Answer 7

The smaller the wavelength of light, the higher its energy. For visible light, the wavelength decreases from red to violet, therefore violet light has the highest energy.

Answer 8

black