As shown in the figure, a straight conductor parallel to the x -axis can slide w

Question

As shown in the figure, a straight conductor parallel to the x -axis can slide without friction on top of two horizontal conducting rails that are parallel to the y -axis and a distance of L=0.187m  apart, in a vertical magnetic field of 1.13T . A 20.1?A  current is maintained through the conductor. If a string is connected exactly at the center of the conductor and passes over a frictionless pulley, what mass m  suspended from the string allows the conductor to be at rest?

As shown in the figure, a straight conductor parallel to the x -axis can slide without friction on top of two horizontal conducting rails that are parallel to the y -axis and a distance of L=0.187m apart, in a vertical magnetic field of 1.13T . A 20.1?A current is maintained through the conductor. If a string is connected exactly at the center of the conductor and passes over a frictionless pulley, what mass m suspended from the string allows the conductor to be at rest?

Explanation / Answer

F = Mg

ILB = Mg

(Blv/R)LB = Mg

B2L2v/R = Mg

Related Questions

Navigate

• Browse (All)
• Browse A
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.