A cylindrical resistor of length a, circular cross-sectional area of radius a, and resistivity p-3.5x10-5 0.m is connected to a battery of 8=9 V. Find the current density J (in 106 A/m²) through the resistor if a=2.00 cm.
A cylindrical resistor of length a, circular cross-sectional area of radius a, and resistivity p-3.5x10-5 0.m is connected to a battery of 8=9 V. Find the current density J (in 106 A/m²) through the resistor if a=2.00 cm.
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![A cylindrical resistor of length a, circular cross-sectional area of radius a, and resistivity p=3.5×10 Q.m is connected to a battery of
ɛ=9 V. Find the current density J (in 10° A/m-) through the resistor if a=2.00 cm.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fca40db33-f91c-4a93-b133-df6411ad5bdc%2F1f1380bc-f819-464f-a31f-ca81529b26c6%2Foyggfd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A cylindrical resistor of length a, circular cross-sectional area of radius a, and resistivity p=3.5×10 Q.m is connected to a battery of
ɛ=9 V. Find the current density J (in 10° A/m-) through the resistor if a=2.00 cm.
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