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10. A bare conductor can withstand higher levels of current than an insulated conductor of the same cross-sectional are Do not exceed one ampere (rms current) for five seconds for every conductor. circular mils of cross-sectional area of the a 29.1 42.3 54.2 61.8

10. A bare conductor can withstand higher levels of current than an insulated conductor of the same cross-sectional are Do not exceed one ampere (rms current) for five seconds for every conductor. circular mils of cross-sectional area of the a 29.1 42.3 54.2 61.8

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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i need help knowing the answer to 10,11, and 12

10. A bare conductor can withstand higher levels of current than an insulated conductor of the same cross-sectional are Do not exceed one ampere (rms current) for five seconds for every conductor. circular mils of cross-sectional area of the a 29.1 42.3 54.2 61.8 11. You can determine a conductor's short-time withstand rating using charts published by the ICEA NEC NFPA UL forces acting upon electrical equipment (busbars, contacts, conductors, and so on) are proportional to the squa 12. of the PEAK current. a. Electroweak Gravitational C. Nuclear Magnetic
Transcribed Image Text:10. A bare conductor can withstand higher levels of current than an insulated conductor of the same cross-sectional are Do not exceed one ampere (rms current) for five seconds for every conductor. circular mils of cross-sectional area of the a 29.1 42.3 54.2 61.8 11. You can determine a conductor's short-time withstand rating using charts published by the ICEA NEC NFPA UL forces acting upon electrical equipment (busbars, contacts, conductors, and so on) are proportional to the squa 12. of the PEAK current. a. Electroweak Gravitational C. Nuclear Magnetic
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