A copper wire of length 10 cm and a cross-sectional area of 0.4 mm^2 The resistance of the wire is 2 0.5 The wire is connected to a source with a voltage of 10 V What is the kinetics, given that the density of conduction electrons for copper is 8.5x * 10 ^ 28m^-3

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A copper wire of length 10 cm and a cross-sectional area of 0.4 mm^2 The resistance of the wire is 2 0.5
The wire is connected to a source with a voltage of 10 V What is the kinetics, given that the density of
conduction electrons for copper is 8.5x * 1O ^ 28m^-3
a = 0.94x * 10^ - 4
b = 8.5x * 10^4
C = 0.5x * 10 - 5
d = 0.36x * 10^ - 4
Transcribed Image Text:A copper wire of length 10 cm and a cross-sectional area of 0.4 mm^2 The resistance of the wire is 2 0.5 The wire is connected to a source with a voltage of 10 V What is the kinetics, given that the density of conduction electrons for copper is 8.5x * 1O ^ 28m^-3 a = 0.94x * 10^ - 4 b = 8.5x * 10^4 C = 0.5x * 10 - 5 d = 0.36x * 10^ - 4
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