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B 4 DA C

B 4 DA C

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If possible i'd like a detailed solution for this question, with the name of equations used to solve and a bit of an explanation, thank you!
Problem 7.10 Mazzoldi A rigid metal wire of any shape has the two ends C and D which can slide without friction on two horizontal rails separated by a distance 20 cm. The rails are placed in a magnetic field B uniform and vertical. The circuit is traversed by a constant current d 0.5 T i= 2 A supplied by ta generator. If the mass of the wire is m = 2 g calculate the speed v of the wire and the space x traveled after a time t1 = 0.1 s, assuming that for t = 0 the wire is at rest. B 18/40
Transcribed Image Text:Problem 7.10 Mazzoldi A rigid metal wire of any shape has the two ends C and D which can slide without friction on two horizontal rails separated by a distance 20 cm. The rails are placed in a magnetic field B uniform and vertical. The circuit is traversed by a constant current d 0.5 T i= 2 A supplied by ta generator. If the mass of the wire is m = 2 g calculate the speed v of the wire and the space x traveled after a time t1 = 0.1 s, assuming that for t = 0 the wire is at rest. B 18/40
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