Yes, the denser the cloud of water vapor, the more solar energy is blocked, or more accurately "reflected" back into space.
The answer lies in the Leslie Cube (look it up in an Internet search). Though the cube demonstrates which surface radiates heat better the principle is the same. A dark colour absorbs solar energy better than a light surface and a matt surface likewise absorbs solar energy better than a gloss surface. Think of it this way ... the amount of solar energy hitting two side by side surfaces is the same for each but the light glossy one will reflect more solar energy and therefore absorb less while the dark matt surface will reflect less solar energy and therefore absorb more. Hence solar heat collectors are black.
The two can't be compared. If you use solar energy, you'll also be using electricity - the electricity from the solar panels (unless you are talking about the other type of solar panel: the one used to directly heat water).
two kinds of solar panel exist. if a solar thermal panel, for hot water or hot air, is not being used then any solar energy landing on it is not drawn away by the water or air. The panel temperature rises depending on the characteristics of the panel and the amount of sunshine. as the temperature rises the panel loses more and more heat back to the atmosphere so that the losses always equal the gains. energy absorbed = energy used (or stored) + energy lost.
These resources include: * wood (as a material) * water (as a material) * Crops (food, fiber, meat, fish, etc.) * Solar energy (Solar electric and solar thermal) * Geothermal energy * Biomass energy (cellulose, methane) That's more than 2
solar panels are in black and in dark blue color because they absorb more energy
Yes it does.
black, its a darker color so it would absorb more heat than a lighter color.
Yes, the denser the cloud of water vapor, the more solar energy is blocked, or more accurately "reflected" back into space.
There are many reasons why oceans and land absorb the sun's energy differently. Land is usually darker than water so it absorbs more energy. The ocean is more reflective, and therefore uses less energy to absorb the energy.
Greenhouse Gases (water, carbon dioxide, methane, SF6 etc.) are made up of at least two molecules. The bond size between the atoms in the molecules is such that it can absorb heat more easily than other molecules. When solar energy comes to the atmosphere they absorb the solar energy as heat then radiate it to other atmospheric (non-greenhouse) gases such as nitrogen and oxygen..
A lower albedo would mean that the Earth would absorb more solar energy and warm up more.
Land absorbs more heat energy than water does.
"Non-conventional" refers more or less to anything that is not fossil fuels. It may be solar energy (i.e., directly capturing the solar energy), or several other types of energy - such as wind energy, water energy, and many others more.
The answer lies in the Leslie Cube (look it up in an Internet search). Though the cube demonstrates which surface radiates heat better the principle is the same. A dark colour absorbs solar energy better than a light surface and a matt surface likewise absorbs solar energy better than a gloss surface. Think of it this way ... the amount of solar energy hitting two side by side surfaces is the same for each but the light glossy one will reflect more solar energy and therefore absorb less while the dark matt surface will reflect less solar energy and therefore absorb more. Hence solar heat collectors are black.
the molecules in water have more energy and so will break down the solids quicker
absorb means -> you put some water on the tabel and it (absorb) ... the water is not there any more