What current will a solar cell with 2.18 m² surface area produce in eight hours? The solar cell is 18% efficient with respect to converting photons into electrons. The sunlight intensity in NYC is 0.280 kW-h/(m² hour). Assume this intensity corresponds to the useful wavelength of 425 nm for this solar cell. Multiple Choice O O O 113 A 37.6 A 209 A 75.2 A

What current will a solar cell with 2.18 m² surface area produce in eight hours? The solar cell is 18% efficient with respect to converting photons into electrons. The sunlight intensity in NYC is 0.280 kW-h/(m² hour). Assume this intensity corresponds to the useful wavelength of 425 nm for this solar cell. Multiple Choice O O O 113 A 37.6 A 209 A 75.2 A

Chemistry & Chemical Reactivity

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ISBN:9781133949640

Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Chapter20: Environmental Chemistry-earth's Environment, Energy, And Sustainability

Section20.3: Energy

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Question

What current will a solar cell with 2.18 m² surface area produce in eight hours? The solar cell is 18% efficient with respect to converting photons into electrons. The sunlight intensity in
NYC is 0.280 kW-h/(m² • hour). Assume this intensity corresponds to the useful wavelength of 425 nm for this solar cell.
Multiple Choice
113 A
37.6 A
209 A
75.2 A

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Step 2: Calculation of of total energy of sunlight absorbed

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Step 3: Calculation of energy of photon of wavelength 425 nm

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Step 4: Calculation of the number of photons(N)

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Step 5: Calculation of number of electrons

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Step 6: Calculation of current

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