Solar energy is free. It costs money to build an installation to harvest this energy. So there is no straight forward answer to this question since it depends on the cost of the installation and the energy that is being replaced (electrical, heat etc.).
Solar farms come in different sizes so they produce different amounts of energy based on their size. It takes about 32 acres to make enough electricity to produce one gigawatt-hour per year, enough to supply power to 1000 homes.
Assuming you mean the photovoltaic solar panels (those that produce electricity): A solar panel doesn't store electrical energy. All energy must be used immediately, either by selling it to the electricity company (as you can in some places), or by storing it. If you want to store it, you need a battery (a normal car battery will do), and electronic devices that control the charging (mainly to keep the car battery from over-charging).
A typical 75 watt solar panel will provide about 150 watts of power over a typical day.
You can multiply the 200 watts (or 0.2 kW) by the number of hours the Sun shines. Result is in kWh. However, it will work at maximum efficiency only when the Sun is at the highest position (since the panel won't usually turn around to follow the sunlight). Also, part of the energy will be wasted when storing the energy in a battery.
This depends on many factors - the rating of the solar panel (some produce more than others), the location (some places receive more solar hours than others), the direction of the solar panel (in the Northern Hemisphere, South-facing tilted basically at the same degree as the latitude is optimum), etc.
So, there's no quick, easy answer to this question.
However, to give you a general answer - the typical solar panel installed on homes and businesses is rated at about 200 Watts. A typical panel installed at optimum direction and angle in LA will produce about 290 kWh/year. The same panel at optimum direction and angle in NYC will produce about 240 kWh/year.
To do your own calculations, check out the NREL PVWatts Solar calculator listed in the links below.
That will depend on the size of the panel, how many panels you have. and how much sunlight and the number of hours daylight.
It depends on several factors.
Look it up in Wikipedia.
http://en.wikipedia.org/wiki/Photovoltaic_module
None.
They don't use any energy. They generate energy. There are too many sizes and different types to tell the amount of energy they generate.
0.43 kg per kwh
It depends on the size of the solar panel and how well built the product is and the energy holding capacity of the battery.
more than 2%
I assume they come in different sizes, but a typical commercial solar panel generates about 50 watts.
About 1,000 watts per square meter of solar panel
Depends on the type of solar panel. You would need to look at the manufacturer's data to know the exact amounts.
You can compare the chloroplast in a plant cell to a solar panel. Much like a solar panel, the chloroplast receives energy from the sun and converts it into sugar and the green coloring to a plant. A solar panel uses the sun's energy to convert it into energy to light a house etc.
I do not think so. There is not much sun at the noth pole is there? And the, solar panel would not get much energy would it?
Depends on the physical size of the solar panel, and more-than-likely, the quality of material it's made of.
It really depends on where you live, and how much sun your place gets. But on average, an average solar panel might be able to produce 17.5kwh per day.
4 Watt-hours
not much.
The same amount it would need from your electrical supplier.