Part D. Find the magnitude of the magnetic force on the da segment of this circuit. Express your answer in newtons. Part E. Find the direction of the force on the ab segment of this circuit. 1. The force is directed into the page. 2. The force is directed out of the page. 3. The force is zero. Part F. Find the direction of the force on the bc segment of this circuit. 1. The force is directed into the page. 2. The force is directed out of the page. 3. The force is zero.
Part D. Find the magnitude of the magnetic force on the da segment of this circuit. Express your answer in newtons. Part E. Find the direction of the force on the ab segment of this circuit. 1. The force is directed into the page. 2. The force is directed out of the page. 3. The force is zero. Part F. Find the direction of the force on the bc segment of this circuit. 1. The force is directed into the page. 2. The force is directed out of the page. 3. The force is zero.
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Transcribed Image Text:Part D. Find the magnitude of the magnetic force on the da segment of this circuit. Express your answer in newtons.
Part E. Find the direction of the force on the ab segment of this circuit.
1.
The force is directed into the page.
2.
The force is directed out of the
page.
3. The force is zero.
Part F. Find the direction of the force on the bc segment of this circuit.
1.
The force is directed into the page.
2.
The force is directed out of the
page.
3.
The force is zero.
Transcribed Image Text:A rectangular 8.00 cm by 18.0 cm circuit carrying
an 8.00 A current is oriented with its plane parallel
to a uniform 0.800 T magnetic field (Figure 1).
Figure
1 of 1
B
8.00 A
d'
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