Figure 1 shows two wires each carrying a current. Wire 1 also shows how the right hand rule is used to identify the direction of the magnetic field generated by a current carrying conductor. With the aid of a diagram, explain how wire 2 is affected by the magnetic field of wire 1, and how wire 1 is affected by the magnetic field of wire 2 for (i) the current situation shown, and (ii) in the case when the current in wire 2 is flowing in the opposite direction. Current Wire wire 2 Figure 1: wire 1 Magnetic field

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Question 1
Figure 1 shows two wires each carrying a current. Wire 1 also shows how the
right hand rule is used to identify the direction of the magnetic field generated by
a current carrying conductor. With the aid of a diagram, explain how wire 2 is
affected by the magnetic field of wire 1, and how wire 1 is affected by the
magnetic field of wire 2 for (i) the current situation shown, and (ii) in the case
when the current in wire 2 is flowing in the opposite direction.
Current
1
Wire
wire 2
Figure 1: wire 1
Magnetic field
Transcribed Image Text:Question 1 Figure 1 shows two wires each carrying a current. Wire 1 also shows how the right hand rule is used to identify the direction of the magnetic field generated by a current carrying conductor. With the aid of a diagram, explain how wire 2 is affected by the magnetic field of wire 1, and how wire 1 is affected by the magnetic field of wire 2 for (i) the current situation shown, and (ii) in the case when the current in wire 2 is flowing in the opposite direction. Current 1 Wire wire 2 Figure 1: wire 1 Magnetic field
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