The temperature coefficient of resistance of conductor varies as alpha (T)=3T^2+2T. If R_0 is resistance at T = 0 and R is resistance at T

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The temperature coefficient of resistance of conductor varies as alpha (T)=3T^2+2T. If R_0 is resistance at T = 0 and R is resistance at T, then.
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Dec
The temperature coefficient of resistance of conductor varies as alpha (T)=3T^2+2T. If R_0 is resistance at T = 0 and R is resistance at T, then. The temperature coefficient of resistance of conductor varies as alpha (T)=3T^2+2T. If R_0 is resistance at T = 0 and R is resistance at T then December 6, 2020 [...]
Posted in: Cengage JEE Mains Physics by B.M Sharma , Chapter 19 - Electric Resistance and Simple Circuits ,
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