Two very long parallel straight wires of length L, are a distance d = 4 [cm] apart. The upper wire carries a conventional current I₁ = 3 [A] and the lower wire carries a conventional current I₂ = 4 [A] in the same direction. L 1. Bby 1 on 2 3. Frimt Calculate the magnetic field B due to wire 1 at any point of wire 2. > [T] 2. Bly 2 on 1 =< 4. Flyimi = Calculate the magnetic field B due to wire 2 at any point of wire 1. > [T] Calculate the magnetic force per unit length due to wire 1 on wire 2. > [N/m] =< Calculate the magnetic force per unit length due to wire 2 on wire 1. > [N/m]
Two very long parallel straight wires of length L, are a distance d = 4 [cm] apart. The upper wire carries a conventional current I₁ = 3 [A] and the lower wire carries a conventional current I₂ = 4 [A] in the same direction. L 1. Bby 1 on 2 3. Frimt Calculate the magnetic field B due to wire 1 at any point of wire 2. > [T] 2. Bly 2 on 1 =< 4. Flyimi = Calculate the magnetic field B due to wire 2 at any point of wire 1. > [T] Calculate the magnetic force per unit length due to wire 1 on wire 2. > [N/m] =< Calculate the magnetic force per unit length due to wire 2 on wire 1. > [N/m]
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![Two very long parallel straight wires of length L, are a distance d = 4 [cm] apart.
The upper wire carries a conventional current I₁ = 3 [A] and the lower wire carries a
conventional current I₂ = 4 [A] in the same direction.
L
1₁
|----
1.
Bby 1 on 2
2.
Buy 2 on
3.
Calculate the magnetic field B due to wire 1 at any point of wire 2.
> [T]
Calculate the magnetic field B due to wire 2 at any point of wire 1.
> [T]
=<
=<
Calculate the magnetic force per unit length due to wire 1 on wire 2.
> [N/m]
=<
Calculate the magnetic force per unit length due to wire 2 on wire 1.
> [N/m]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F52aea429-c363-456e-9e62-205bf0d974c4%2Fbc064e4d-6b3b-4815-8339-0d8c7bd5e093%2Fyoimp0b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two very long parallel straight wires of length L, are a distance d = 4 [cm] apart.
The upper wire carries a conventional current I₁ = 3 [A] and the lower wire carries a
conventional current I₂ = 4 [A] in the same direction.
L
1₁
|----
1.
Bby 1 on 2
2.
Buy 2 on
3.
Calculate the magnetic field B due to wire 1 at any point of wire 2.
> [T]
Calculate the magnetic field B due to wire 2 at any point of wire 1.
> [T]
=<
=<
Calculate the magnetic force per unit length due to wire 1 on wire 2.
> [N/m]
=<
Calculate the magnetic force per unit length due to wire 2 on wire 1.
> [N/m]
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