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A rectangular conductor of length=8m and width=6m is rotating at an angular frequency=2n[400] rad/sec along the z-axis, in a magnetic flux density = ý 5 Tesla; C,= 90 degrees; Find V"emf, use the equation: Y Vm emf x B) · dl (motional emf) C Slip rings Loop surface normal emf Brushes

A rectangular conductor of length=8m and width=6m is rotating at an angular frequency=2n[400] rad/sec along the z-axis, in a magnetic flux density = ý 5 Tesla; C,= 90 degrees; Find V"emf, use the equation: Y Vm emf x B) · dl (motional emf) C Slip rings Loop surface normal emf Brushes

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shown in the figure: A rectangular conductor of length=8m and width=6m is rotating at an angular frequency= 2[400] rad/sec along the z-axis, in a magnetic flux density =ŷ 5 Tesla; C, = 90 degrees; Find Vm. use the equation: * PAPE M Y emf, Ping H 14 15 (их В) - dl (motional emf) 16 emf 17 18 19 Slip rings m emif Loop surface normal 20 21 22 Brushes Figure 6-12: A loop rotating in a magnetic field induces an emf. Click to add notes E 8 0 9 88% 3 of 23 3_Office Theme" O 16 CC Participants Share Screen Record Live Transcript Reactions
Transcribed Image Text:shown in the figure: A rectangular conductor of length=8m and width=6m is rotating at an angular frequency= 2[400] rad/sec along the z-axis, in a magnetic flux density =ŷ 5 Tesla; C, = 90 degrees; Find Vm. use the equation: * PAPE M Y emf, Ping H 14 15 (их В) - dl (motional emf) 16 emf 17 18 19 Slip rings m emif Loop surface normal 20 21 22 Brushes Figure 6-12: A loop rotating in a magnetic field induces an emf. Click to add notes E 8 0 9 88% 3 of 23 3_Office Theme" O 16 CC Participants Share Screen Record Live Transcript Reactions
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