Question

The figure shows a long, straight wire through which a current I circulates, which generates a magnetic field B ⃗ =-0.35i ̂ T. The conductor of length L=1 m moves parallel to the wire with a speed v ⃗ =-12.5k ̂ m/s constant as shown in the figure. Determine the induced emf at the ends of the conductor.

Name: the figure shows a long straight wire through which a current i circulates which generates a magnetic field b 035i t the conductor of length l1 m moves parallel to the wire with a speed v 125k ms cons
Uploaded: 2022-06-28T03:21:33-08:00
Duration: 1 min 31 s
Channel: Prabhu Ramji
Description: the figure shows a long straight wire through which a current i circulates which generates a magnetic field b 035i t the conductor of length l1 m moves parallel to the wire with a speed v 125k ms cons

          The figure shows a long, straight wire through which a current I circulates, which generates a magnetic field B ⃗ =-0.35i ̂ T. The conductor of length L=1 m moves parallel to the wire with a speed v ⃗ =-12.5k ̂ m/s constant as shown in the figure. Determine the induced emf at the ends of the conductor.

Added by Pablo A.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Prabhu Ramji

06/28/2022

Step 1

Step 1: The induced emf is given by the formula: \[ \varepsilon = B \cdot v \cdot L \] Show more…

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The figure shows a long, straight wire through which a current I circulates, which generates a magnetic field B ⃗ =-0.35i ̂ T. The conductor of length L=1 m moves parallel to the wire with a speed v ⃗ =-12.5k ̂ m/s constant as shown in the figure. Determine the induced emf at the ends of the conductor.