A long straight wire with current, I₁, lies in the same plane, a perpendicular distance, d, from a rectangular coil of width, a, and length, b, that carries current, I₂, as shown in the figure. Write a symbolic expression for the net magnetic force that is exerted ON the rectangular coil in terms of 1₁, 1₂, a, b, d, and constants (all as needed) and indicate its direction.
A long straight wire with current, I₁, lies in the same plane, a perpendicular distance, d, from a rectangular coil of width, a, and length, b, that carries current, I₂, as shown in the figure. Write a symbolic expression for the net magnetic force that is exerted ON the rectangular coil in terms of 1₁, 1₂, a, b, d, and constants (all as needed) and indicate its direction.
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![A long straight wire with current, I₁, lies in the same plane, a
perpendicular distance, d, from a rectangular coil of width, a,
and length, b, that carries current, I₂, as shown in the figure.
Write a symbolic expression for the net magnetic force that is
exerted ON the rectangular coil in terms of 1₁, 12, a, b, d, and
constants (all as needed) and indicate its direction.
Fnet =
--In Which Direction?-- ✓
--In Which Direction?--
up on the page
down on the page
left on the page
Su right on the page
into the page
out of the page
1₁
-d-
1₂
H](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc9cc212e-530e-418e-a717-3da751b9b16b%2F2e43b7e6-d190-4883-9b51-2d303bfef7cb%2Fmb2liq9_processed.png&w=3840&q=75)
Transcribed Image Text:A long straight wire with current, I₁, lies in the same plane, a
perpendicular distance, d, from a rectangular coil of width, a,
and length, b, that carries current, I₂, as shown in the figure.
Write a symbolic expression for the net magnetic force that is
exerted ON the rectangular coil in terms of 1₁, 12, a, b, d, and
constants (all as needed) and indicate its direction.
Fnet =
--In Which Direction?-- ✓
--In Which Direction?--
up on the page
down on the page
left on the page
Su right on the page
into the page
out of the page
1₁
-d-
1₂
H
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