A very thin (negligible mass) wire is connected in series with a battery of 50 V and a resistor of 18 02. If the wire is configured so that it runs for a distance of L = 15 cm then loops back and runs parallel with a separation distance of S=0.30 mm, what is the magnitude and direction of the magnetic force acting on the wire at the parallel portion of the circuit?

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Question 3
A very thin (negligible mass) wire is connected in series with a battery of 50 V and a resistor of 18 02. If the wire is
configured so that it runs for a distance of L = 15 cm then loops back and runs parallel with a separation distance of
S=0.30 mm, what is the magnitude and direction of the magnetic force acting on the wire at the parallel portion of
the circuit?
L
+50V
Show answer choices
R
(A) 0.772 mN (attraction)
B) 0.772 mN (repulsion)
0.692 mN (attraction)
D 0.692 mN (repulsion)
E 0.635 mN (attraction)
F) 0.635 mN (repulsion)
G 0.593 mN (attraction)
H 0.593 mN (repulsion)
(1) 0.510 mN (attraction)
0.510 mN (repulsion)
(K) 0.444 ml (attraction)
L 0.444 mN (repulsion)
M) 0.427 mN (attraction)
0/10
N 0.427 mN (repulsion)
S
Transcribed Image Text:Question 3 A very thin (negligible mass) wire is connected in series with a battery of 50 V and a resistor of 18 02. If the wire is configured so that it runs for a distance of L = 15 cm then loops back and runs parallel with a separation distance of S=0.30 mm, what is the magnitude and direction of the magnetic force acting on the wire at the parallel portion of the circuit? L +50V Show answer choices R (A) 0.772 mN (attraction) B) 0.772 mN (repulsion) 0.692 mN (attraction) D 0.692 mN (repulsion) E 0.635 mN (attraction) F) 0.635 mN (repulsion) G 0.593 mN (attraction) H 0.593 mN (repulsion) (1) 0.510 mN (attraction) 0.510 mN (repulsion) (K) 0.444 ml (attraction) L 0.444 mN (repulsion) M) 0.427 mN (attraction) 0/10 N 0.427 mN (repulsion) S
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