Fit to page b Page view Current, Resistance, Resistors Circuits, Lightbulbs, Power, Magnetic field, Magnetic forces, Right hand rule (RHR 4. Three long, parallel wires each carry current I 10 A in the directions shown in the figure. The separation between adjacent wires is d3 10 cm. a) What is the net magnetic field (magnitude and direction) due to wires #1 and #3 at the wire #2 position? b) What is the net magnetic force (magnitude and direction) on wire #2? wire #1 -2(m wire #2 L=D20M wire #3 L=25m hp BIC Cristal 1.6 mm

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Current, Resistance, Resistors Circuits, Lightbulbs, Power,
Magnetic field, Magnetic forces, Right hand rule (RHR
4. Three long, parallel wires each carry current I 10 A in the directions shown in the
figure. The separation between adjacent wires is d3 10 cm.
a) What is the net magnetic field (magnitude and direction) due to wires #1 and #3 at the
wire #2 position?
b) What is the net magnetic force (magnitude and direction) on wire #2?
wire #1
-2(m
wire #2
L=D20M
wire #3
L=25m
hp
BIC Cristal
1.6 mm
Transcribed Image Text:Fit to page b Page view Current, Resistance, Resistors Circuits, Lightbulbs, Power, Magnetic field, Magnetic forces, Right hand rule (RHR 4. Three long, parallel wires each carry current I 10 A in the directions shown in the figure. The separation between adjacent wires is d3 10 cm. a) What is the net magnetic field (magnitude and direction) due to wires #1 and #3 at the wire #2 position? b) What is the net magnetic force (magnitude and direction) on wire #2? wire #1 -2(m wire #2 L=D20M wire #3 L=25m hp BIC Cristal 1.6 mm
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