Consider a conductor of length 98 millimeters and inner and outer diameters 6.01 millimeters and 11.23 millimeters, respectively. The charge carriers, as a group, travels end to end of the conductor in 2.29 seconds. If the electron volume concentration of the conductor is 5.49 x 1025 electrons per cubic meter, find the total current, in amperes, through the conductor.
Consider a conductor of length 98 millimeters and inner and outer diameters 6.01 millimeters and 11.23 millimeters, respectively. The charge carriers, as a group, travels end to end of the conductor in 2.29 seconds. If the electron volume concentration of the conductor is 5.49 x 1025 electrons per cubic meter, find the total current, in amperes, through the conductor.
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Transcribed Image Text:Consider a conductor of length 98 millimeters and inner and outer diameters 6.01 millimeters and 11.23 millimeters, respectively. The charge carriers, as a group, travels end to end of the
conductor in 2.29 seconds. If the electron volume concentration of the conductor is 5.49 × 1025 electrons per cubic meter, find the total current, in amperes, through the conductor.
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