resistance of a copper wire is given by R = R, (1 + a(0-20)] where R,= (4.00 + 0.01)2 is resistance of wire at 0 = 20°C. The value of resistance coefficient of copper i 0-3t1x10-)/°C. It is connected with a battery of emf (10.0 + 0.1) V. e resistance R at 0 = 25°C is (4.08 + 0.02)2 e resistance R at 0 = 50°C is (4.48 ± 0.03)2 e percentage error in calculation of power loss in resistance at 0 = 25°C is 3% e percentage error in calculation of power loss in resistance at 0 = 50°C is 4% Space for Rough Work
resistance of a copper wire is given by R = R, (1 + a(0-20)] where R,= (4.00 + 0.01)2 is resistance of wire at 0 = 20°C. The value of resistance coefficient of copper i 0-3t1x10-)/°C. It is connected with a battery of emf (10.0 + 0.1) V. e resistance R at 0 = 25°C is (4.08 + 0.02)2 e resistance R at 0 = 50°C is (4.48 ± 0.03)2 e percentage error in calculation of power loss in resistance at 0 = 25°C is 3% e percentage error in calculation of power loss in resistance at 0 = 50°C is 4% Space for Rough Work
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