Question
In: Physics
1) A circle with a radius of 0.3 meters is placed in the x-y plane in...
1) A circle with a radius of 0.3 meters is placed in the x-y plane in a magnetic field directed in the -z direction. It is wound once and its resistance is 6 Ohms. The initial magnetic field is 0.8 Tesla. The magnetic field is then changed in 0.6 s and the average induced current is 0.04 amps running counter-clockwise. First, find the final magnetic field to needed to induce this average current.
Then, the magnetic field (still in the -z direction) is held constant at the value of the final magnetic field that was just found. Then, the wire is reshaped into a square that is wound once in a time of 0.003 seconds. If the resistance does not change, what is the average induced current, in amps, when the wire changes shape? If it's clockwise include a negative sign.
Solutions
genius_generous answered 2 years agoRelated Solutions
1) A circle with a radius of 0.3 meters is placed in the x-y plane in...
1) A circle with a radius of 0.3 meters is placed in the x-y
plane in a magnetic field directed in the -z direction. It is wound
once and its resistance is 7 Ohms. The initial magnetic field is
0.6 Tesla. The magnetic field is then changed in 0.7 s and the
average induced current is 0.05 amps running counter-clockwise.
First, find the final magnetic field to needed to induce this
average current.
Then, the magnetic field (still in the...
A circle with a radius of 0.3 meters is placed in the x-y plane in a...
A circle with a radius of 0.3 meters is placed in the x-y plane
in a magnetic field directed in the -z direction. It is wound once
and its resistance is 8 Ohms. The initial magnetic field is 0.5
Tesla. The magnetic field is then changed in 0.7 s and the average
induced current is 0.05 amps running counter-clockwise. First, find
the final magnetic field to needed to induce this average
current.
Then, the magnetic field (still in the -z...
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