Question

4 (a) C B D FIGURE 4 FIGURE 4 shows a conducting rod with length $l = 0.065$ m moves perpendicularly in a uniform magnetic field with magnitude, $B = 1.20$ T. The emf induced in the moving rod is 0.32 V. If the total circuit resistance is $0.80 \Omega$, determine the: (i) speed of the rod. (ii) magnitude and direction of the induced current flowing through the rod.

          4 (a)

C
B
D
FIGURE 4
FIGURE 4 shows a conducting rod with length $l = 0.065$ m moves perpendicularly
in a uniform magnetic field with magnitude, $B = 1.20$ T. The emf induced in the
moving rod is 0.32 V. If the total circuit resistance is $0.80 \Omega$, determine the:
(i) speed of the rod.
(ii) magnitude and direction of the induced current flowing through the rod.

4 (a)

C
B
D
FIGURE 4
FIGURE 4 shows a conducting rod with length l = 0.065 m moves perpendicularly
in a uniform magnetic field with magnitude, B = 1.20 T. The emf induced in the
moving rod is 0.32 V. If the total circuit resistance is 0.80 Ω, determine the:
(i) speed of the rod.
(ii) magnitude and direction of the induced current flowing through the rod.

Added by Stephen S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Maitreya E

06/14/2022

Step 1

The magnetic flux through the rod can be calculated using the formula: Φ = B * A * cos(θ) where: Φ is the magnetic flux, B is the magnetic field strength (1.20 T), A is the area of the rod (length * width), θ is the angle between the magnetic field and the normal Show more…

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4 (a) FIGURE 4 shows a conducting rod with length l=0.065m moves perpendicularly in a uniform magnetic field with magnitude, B=1.20T. The emf induced in the moving rod is 0.32V. If the total circuit resistance is 0.80Omega , determine the: (i) speed of the rod. (ii) magnitude and direction of the induced current flowing through the rod. 4 (a) B FIGURE 4 FIGURE 4 shows a conducting rod with length l = 0.065 m moves perpendicularly in a uniform magnetic field with magnitude, B = 1.20 T. The emf induced in the moving rod is 0.32 V. If the total circuit resistance is 0.80 , determine the: (i) speed of the rod. (ii) magnitude and direction of the induced current flowing through the rod.