Jayasree posted an Question
February 20, 2022 • 16:46 pm 20 points
  • CSIR NET
  • Physical Sciences

Q54. a uniform volume charge density is placed inside a conductor (with resistivity10 qm). 1 of its original value after time.....fermi seconds the charge densi

Q54. A uniform volume charge density is placed inside a conductor (with resistivity10 Qm). 1 of its original value after time.....Fermi seconds The charge density becomes (2.718) (up to two decimal places) (6=8.854x10 F/m) Ans.: 88.54

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  • Subhra sankha das best-answer

    From continuity equation of charge, find ln(2.718) equals to time by epsilon not. Then you get the value of t in terms of fermi seconds

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