cylindrical conducting wire which is 131.41cm long, 53.17mm thick and resistivity of 9.92Ω.m, (a) has the resistance of R = Blank 1. Calculate the answer by read surrounding text. Ω? If current I = 39.7A is generated by flowing of 456 electrons/m3 via a conductor, Then the electrons through this conductor (b) have a density J = Blank 2. Calculate the answer by read surrounding text. A/mm2 and (c) are drifting at a speed of VD = Blank 3. Calculate the answer by read surrounding text. m/s?
cylindrical conducting wire which is 131.41cm long, 53.17mm thick and resistivity of 9.92Ω.m, (a) has the resistance of R = Blank 1. Calculate the answer by read surrounding text. Ω? If current I = 39.7A is generated by flowing of 456 electrons/m3 via a conductor, Then the electrons through this conductor (b) have a density J = Blank 2. Calculate the answer by read surrounding text. A/mm2 and (c) are drifting at a speed of VD = Blank 3. Calculate the answer by read surrounding text. m/s?
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A cylindrical conducting wire which is 131.41cm long, 53.17mm thick and resistivity of 9.92Ω.m,
(a) has the resistance of R = Blank 1. Calculate the answer by read surrounding text. Ω?
If current I = 39.7A is generated by flowing of 456 electrons/m3 via a conductor, Then the electrons through this conductor
(b) have a density J = Blank 2. Calculate the answer by read surrounding text. A/mm2 and
(c) are drifting at a speed of VD = Blank 3. Calculate the answer by read surrounding text. m/s?
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