7. Imagine a wire is set to have a 6.0 Amp current traveling into the screen...

7. Imagine a wire is set to have a 6.0 Amp current traveling into the screen at position -2.5 m. A second wire is placed at +3.0 m and carries an 8.0 Amp current out of the screen. Calculate the strength of the magnetic field at x=0 m as well as at x = -3.0 m. Be sure to indicate direction. Show your work, and verify your result with the simulation. Reminder: the magnetic field due to a current-carrying wire is given as B = (μ0/2π)*(I/r).

Expert Solution

Part 1.

To calculate the strength of the magnetic field at x=0 m

B=(0/2)(I1/d1)+(0/2)(I2/d2)=(410-7/2)(6/2.5)+(410-7/2)(8/3)=1.0110-6 T in downward direction(given by right hand curl rule)

Part 2.

To calculate the strength of the magnetic field at x=-3m

B=(0/2)(I1/d1)-(0/2)(I2/d2)=(410-7/2)(6/0.5)-(410-7/2)(8/6)=2.1310-6T in upward direction(given by right hand curl rule)

genius_generous answered 1 year ago

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