When you are at a higher altitude there is less air to dissipate the sunlight, and solar panels increase in efficiency at colder temperatures.
Well it depends on the power efficient of each solar panel and how much light they get. If you got panels that, in normal sunlight put out 100 watts; then for 1,500,000 watts you would need: 15 thousand panels. Now lets say you use two mirrors on each panel; then you would have about three times the light/power in normal light, so 1,500,000 divided by 300: so you would need 5000 panels and 10,000 mirrors.
Solar panels would not generate electricity if there is no sunlight available. They rely on sunlight to produce electricity through the photovoltaic effect. In the absence of sunlight, the panels would not be able to convert solar energy into electrical energy.
Altitude describes an object's position relative to sea level. An object in a position higher than sea level would have a positive altitude, sea level would have an altitude of zero, and any object below sea level would have a negative altitude.
After you hit a certain altitude, the air would become so thin, it would starve the flame making the balloon rise of oxygen, the flame would go out, and the balloon would come plummeting back down to earth
No, a solar powered heater would not work on the dark side of the moon as it relies on sunlight to generate power. The lack of sunlight on the dark side of the moon would prevent the solar panels from generating electricity to power the heater.
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Well it depends on the power efficient of each solar panel and how much light they get. If you got panels that, in normal sunlight put out 100 watts; then for 1,500,000 watts you would need: 15 thousand panels. Now lets say you use two mirrors on each panel; then you would have about three times the light/power in normal light, so 1,500,000 divided by 300: so you would need 5000 panels and 10,000 mirrors.
Solar panels would not generate electricity if there is no sunlight available. They rely on sunlight to produce electricity through the photovoltaic effect. In the absence of sunlight, the panels would not be able to convert solar energy into electrical energy.
Altitude describes an object's position relative to sea level. An object in a position higher than sea level would have a positive altitude, sea level would have an altitude of zero, and any object below sea level would have a negative altitude.
One solar panel wil generate about 5kw per day. So by simple math we can see that 25 solar panles will generate 100 kw per day. But a solar powered generator, if designed right can generate 100kw/hr's per day..
the altitude. At higher altitude it is harder to breather because the air is thinner.
As you go to a higher altitude, the barometer reading would decrease because atmospheric pressure decreases with increasing altitude. This is due to the lower density of air molecules at higher altitudes.
Denver would be expected to have cooler temperatures compared to Kansas City due to its higher altitude. This is because the higher altitude leads to lower atmospheric pressure and thinner air, which results in cooler temperatures.
All you have to do to reduce the boiling point of water is go to a higher altitude and boil it.
I would say that you should gradually move to higher and higher altitude and then you just move up higher by a little bit. Then you will feel better. And if you get altitude sickness, eat ginger snaps. Hope this helps! b
This depends on the altitude of this valley; generally is higher.
No, at a higher altitude there is less atmospheric pressure pushing on the contents of the can and the contents inside the can will expand and you would have more.