A photoconductor allows charge to flow freely when photons of wavelength 566 nm are incident on it. What is the band gap

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A photoconductor allows charge to flow freely when photons of wavelength 566 nm are incident on it. What is the band gap

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A Photoconductor Allows Charge To Flow Freely When Photons Of Wavelength 566 Nm Are Incident On It What Is The Band Gap 1
A Photoconductor Allows Charge To Flow Freely When Photons Of Wavelength 566 Nm Are Incident On It What Is The Band Gap 1 (15.55 KiB) Viewed 6 times
A photoconductor allows charge to flow freely when photons of wavelength 566 nm are incident on it. What is the band gap for this photoconductor? EeV
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