The first law dictates that the power (energy per unit time) output from a solar cell cannot exceed the power of the light landing on it.
The second law dictates that the efficiency of the solar cell must be less than 100% no matter how good the cell is - some of the energy will be lost as heat output to the surroundings.
Solar cells convert sunlight directly into electricity via the photovoltaic process.
The laws of thermodynamics - energy can be exchanged through physical systems as heat and/or work.
control variable is the intensity of light dependent variable is thr area for light and find rest by pastpapers but apply questions to the thing u douing
Thermodynamics
Yes - the laws of thermodynamics apply even at the subatomic level. It is a little tricky applying them correctly however because you have to take quantum physics into account and some of the functions we usually write as continuous functions have to be re-cast in discrete value form.
where can you buy solar cells
solar furnace is real fire. solar cells are little fires.
how are solar cells used in homes
Solar cells have stored solar energy that is converted into electrical energy.
Solar cells convert light directly into electricity
Solar cells for electricity and solar cells for heating are two very different things, so it doesn't make much sense to convert one into the other.
Solar cells are single pieces. A solar module is a collection of cells on a surface connected together and usually protected from the weather.
Solar cells (also known as photovoltaic cells) are made of solar cells. To be more specific, they are made of slices of a semiconductor with a metal layer.
No. Solar cells have no moving parts.
Solar AKA photovoltaic cells turn (sun) light into electricity.
Solar AKA photovoltaic cells turn (sun) light into electricity.
I though solar cells were man-made...out of semi-conductors. :)