Two 1.0 meter long wires are placed 25 cm apart and lay parallel to each other on a table. A 0.5 Amp current is flowing through each wire in the opposite direction. Explain what will happen to the two wires and why. Calculate the magnitude of the force on each wire. (10 pts)
Two 1.0 meter long wires are placed 25 cm apart and lay parallel to each other on a table. A 0.5 Amp current is flowing through each wire in the opposite direction. Explain what will happen to the two wires and why. Calculate the magnitude of the force on each wire. (10 pts)
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![Two 1.0 meter long wires are placed 25 cm apart and lay parallel to each other on a
table. A 0.5 Amp current is flowing through each wire in the opposite direction.
Explain what will happen to the two wires and why. Calculate the magnitude of the
force on each wire. (10 pts)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F233396bf-72f6-4e47-8d0d-be3130c6d58a%2Ff73942bb-f392-4a2e-b398-98c4a3a01b97%2Fawbcuuu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two 1.0 meter long wires are placed 25 cm apart and lay parallel to each other on a
table. A 0.5 Amp current is flowing through each wire in the opposite direction.
Explain what will happen to the two wires and why. Calculate the magnitude of the
force on each wire. (10 pts)
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