A coil is made up of N = 20 turns, which are arranged according to two equal semicircles, of radii a = 10 cm, located in two planes %3D orthogonal to each other. Such spool rotates with angular velocity w = 100rad/s around to the axis identified by the intersection of the %3D two planes and is immersed in a magnetic field B 0.5 T uniform and constant, orthogonal to the rotation axis. Calculate the e.m.f. E; its maximum value Emax, the average power developed if the total resistance of the coil is R = 10 2. %3D B
A coil is made up of N = 20 turns, which are arranged according to two equal semicircles, of radii a = 10 cm, located in two planes %3D orthogonal to each other. Such spool rotates with angular velocity w = 100rad/s around to the axis identified by the intersection of the %3D two planes and is immersed in a magnetic field B 0.5 T uniform and constant, orthogonal to the rotation axis. Calculate the e.m.f. E; its maximum value Emax, the average power developed if the total resistance of the coil is R = 10 2. %3D B
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Transcribed Image Text:Problem 10.13
A coil is made up of N = 20 turns, which are arranged according
to two equal semicircles, of radii a = 10 cm, located in two planes
orthogonal to each other. Such spool rotates with angular velocity
w = 100rad/s around to the axis identified by the intersection of the
two planes and is immersed in a magnetic field B = 0.5 T uniform
and constant, orthogonal to the rotation axis. Calculate the e.m.f.
E; its maximum value Emax; the average power developed if the total
resistance of the coil is R = 10 N.
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