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The current-density magnitude in a

The current density of an ideal p-n junction under illumination can be described by:J(V)=Jph−J0(eqVkT−1) where Jph is the
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The current density of an ideal p-n junction under illumination can be described by:J(V)=Jph−J0(eqVkT−1) where Jph is the
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2. asked by Anon
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The current density across a cylindrical conductor of radius R varies in magnitude according to the equation J = J0 (1 + k/r)
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The current density of an ideal p-n junction under illumination can be described by:J(V)=Jph−J0(e^qV/kT−1) where Jph is the
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The figure below represents a section of a circular conductor of nonuniform diameter carrying a current of 4.50 A. The radius of
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A circular loop is rotated 360° in a magnetic field. Which of the following is true for the induced current produced in the
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2. asked by ehafoewjioajphysics
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The current density in a cylindrical conductor of radius R = 59.5 cm, varies as J(r) = J0r/R (in the region from zero to R),
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Drift velocity is best defined asa. the relationship between current and current density b. the number of mobile electrons per
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(c) Find an expression for the magnitude of the induced current in the loop at time t, in terms of the symbols above and
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A cooper wire has a diameter of 1.02 mm and carries a constant current of 1.67 A. If density of free electron in copper is
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