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I think it is black paper because black absorbs all colours and white reflects all colours.
No black paper is not translucent ts opaque
Because the color black has no reflective properties, so the heat is absorbed. Note, however, that this applies to thermal absorption of heat from the sun.
The light is absorbed by the black ink and reflected by the white paper surrounding the ink. That is why you can see the ink clearly.
yes it does i think
to absorb light easily
I think it is black paper because black absorbs all colours and white reflects all colours.
Aluminum foil will conduct heat much more effectively than black construction paper. Note the the question and answer both use "conduct" rather than "absorb" or another word. And aluminum is a pretty darn good conductor of thermal energy (as well as electricity).
aluimum foil
This is because back aborbs heat where as white reflects heat
Bounty paper towels are super absorbent. They absorb better than any other brand of paper towels.
Black coloured paper will absorb the sun's heat quicker than lighter colours.
No black paper is not translucent ts opaque
Aluminum oxidizes when it is in contact with the air. The faint darkening is not usually noticeable, but when using paper towels or other paper to grease the pans, some oxidation from the aluminum rubs off onto the paper. The aluminum in baking pans also is reactive, which means it has a chemical reaction when exposed to acid (such as lemon or tomato juice), which can cause further discoloration as well as a metallic taste in the food.
You can use those paper cups just as you would the aluminum ones. I actually prefer the paper cups to the aluminum cups.
Because the color black has no reflective properties, so the heat is absorbed. Note, however, that this applies to thermal absorption of heat from the sun.
No, cotton is not a better insulator than aluminum foil and tissue paper. Aluminum foil is a good insulator as it reflects heat, while tissue paper acts as a thermal barrier. Cotton, on the other hand, is not as effective of an insulator because it does not have the same reflective or thermal barrier properties.