A 100-cm-long metal rod rotates about the z-axis at 120 revolutions per minute, with the centre of the rod fixed at the origin as shown in the below figure. O BO 2.1 [2/3] Determine the induced emf V₁₂if B= 25 x 10-¹7. 다. O. O O O Fig. 2: A conductive rod rotates about the z axi
A 100-cm-long metal rod rotates about the z-axis at 120 revolutions per minute, with the centre of the rod fixed at the origin as shown in the below figure. O BO 2.1 [2/3] Determine the induced emf V₁₂if B= 25 x 10-¹7. 다. O. O O O Fig. 2: A conductive rod rotates about the z axi
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![A 100-cm-long metal rod rotates about the z-axis at 120 revolutions per minute, with the centre of the rod fixed at the origin as shown in the below figure.
BO
O
O
A conductive rod rotates about the z axis.
2.1 [2/3]
Determine the induced emf V₁₂if B = 25 x 10-17.
Fig. 2:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F65cf27c6-4724-4820-b3e4-646308e29c24%2F425060a0-b9d3-4353-8d4b-b5da122c21aa%2Ftkr9gi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A 100-cm-long metal rod rotates about the z-axis at 120 revolutions per minute, with the centre of the rod fixed at the origin as shown in the below figure.
BO
O
O
A conductive rod rotates about the z axis.
2.1 [2/3]
Determine the induced emf V₁₂if B = 25 x 10-17.
Fig. 2:
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