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Title: Assume a solar cell produces 0.5 V at peak sunlight. If a total of 12 V needed, what is the minimum ... Post by: teysha on Mar 17, 2018 Assume a solar cell produces 0.5 V at peak sunlight. If a total of 12 V needed, what is the minimum number of solar cells required and how must they be connected?
What will be an ideal response? Q. 2 List the basic parts and a tidal barrage power system and explain how it produces electrical power. What will be an ideal response? Title: Assume a solar cell produces 0.5 V at peak sunlight. If a total of 12 V needed, what is the minimum ... Post by: leah.kahler3 on Mar 17, 2018 Number of cells = 12 V/0.5 V/cell = 24 cells connected in series. A tidal barrage power system consists of a dam that stretches across an estuary, harbor or river that connects to the ocean. When the tides rises, sluice gates open to allow the tidal flow to move through tunnels to fill the area behind the dam. The flowing water produces electricity by spinning a turbine and generator. When the tide reaches its highest level, the gates close capturing the water behind the dam. As the tide drops, water can again flow through the tunnels and produce electricity. Title: Assume a solar cell produces 0.5 V at peak sunlight. If a total of 12 V needed, what is the minimum ... Post by: teysha on Mar 17, 2018 Commenting just to show my support for informative posts like this, keep it up 10/10
Title: Assume a solar cell produces 0.5 V at peak sunlight. If a total of 12 V needed, what is the minimum ... Post by: leah.kahler3 on Mar 17, 2018 That helps more than you thinks, thanks for being so thoughtful
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