Objects can reflect, refract, and/ or absorb light. white objects absorb very little light, so most of the light is reflected, thus giving the white object it's "whiteness." Inversely, dark objects absorb most of the light and very little is reflected. This is why black objects are great at absorbing light energy, which in turn is transferred to heat energy. So, the answer is black.
Having said that, just because something absorbs (and hence doesn't reflect) *visible* light doesn't in any way imply that the object will be good at absorbing radiation at other non-visible wavelengths. Lampblack is a very good absorber (and hence emitter) across a very wide range of wavelengths.
White color absorbs the least heat because it reflects most of the sunlight instead of absorbing it.
Color can affect heat absorption and emission. Dark colors absorb more heat from sunlight, while light colors reflect more heat. This is why wearing light-colored clothing in hot weather can help keep you cooler, as it reflects sunlight rather than absorbing it.
Color and texture can affect the amount of heat absorbed by an object. Lighter colors reflect more sunlight, thereby absorbing less heat than darker colors which absorb more heat. Smooth textures reflect more light and heat, while rough textures absorb it.
Yes, the Earth is a good absorber of heat, with its atmosphere and surface absorbing solar radiation. It also radiates heat back into space in the form of infrared radiation, making it a good radiator of heat. This process is essential for maintaining Earth's energy balance and regulating its temperature.
I did this same experiment a couple of years ago-- I named it "Big Fan of Color? Sure--of Heat? Not so Much." :) My teacher seemed to like it.
Try the library.
White color absorbs the least heat because it reflects most of the sunlight instead of absorbing it.
is oil capable of absorbing heat? (or) which oil is suitable of heat absorbtion? With no other information, always guess that anything is capable of absorbing heat -- yes. for oil.
Granite is a good option for absorbing heat from the sun due to its high thermal mass. It can retain heat during the day and release it slowly at night. Sandstone is also a good choice for absorbing heat from the air because of its porous nature, allowing it to absorb and retain heat effectively.
endothermal, heat-absorbing
Color can affect heat absorption and emission. Dark colors absorb more heat from sunlight, while light colors reflect more heat. This is why wearing light-colored clothing in hot weather can help keep you cooler, as it reflects sunlight rather than absorbing it.
Materials with low thermal conductivity, such as wood, plastic, and glass, are not good at absorbing heat compared to materials with high thermal conductivity like metal. However, all materials are capable of absorbing some amount of heat.
Color and texture can affect the amount of heat absorbed by an object. Lighter colors reflect more sunlight, thereby absorbing less heat than darker colors which absorb more heat. Smooth textures reflect more light and heat, while rough textures absorb it.
Because water has a very high specific heat and is capable of absorbing a large amount of heat energy without changing temperature.
endothermal, heat-absorbing
Yes, the Earth is a good absorber of heat, with its atmosphere and surface absorbing solar radiation. It also radiates heat back into space in the form of infrared radiation, making it a good radiator of heat. This process is essential for maintaining Earth's energy balance and regulating its temperature.
fabric with special features, i.e. good heat exchanger, modified absorbing characterstics. they have good strength over conventional fibres.