Two long, straight wires carry currents, I₁ = 1.75 A, and 1₂ = 3.15 A, perpendicular to the page as indicated. Both currents contribute to the magnetic field at the point, P, which is located a distance, d₁ = 6.21 cm, to the right of Wire 1, and a distance, d₂ = 7.52 cm, above Wire 2, as shown. What is the net magnetic field at P, in unit vector form? ]HT) ↑ + ( [ ]HT) ₁ I₁ d₁ P |d₂ (X) I₂

icon
Related questions
Question
Two long, straight wires carry currents, I₁ = 1.75 A, and
1₂ = 3.15 A, perpendicular to the page as indicated.
Both currents contribute to the magnetic field at the point, P,
which is located a distance, d₁ = 6.21 cm, to the right of Wire 1,
and a distance, d₂ = 7.52 cm, above Wire 2, as shown.
What is the net magnetic field at P, in unit vector form?
]HT) ↑ + ( [
]HT) ₁
I₁
d₁
P
|d₂
(X) I₂
Transcribed Image Text:Two long, straight wires carry currents, I₁ = 1.75 A, and 1₂ = 3.15 A, perpendicular to the page as indicated. Both currents contribute to the magnetic field at the point, P, which is located a distance, d₁ = 6.21 cm, to the right of Wire 1, and a distance, d₂ = 7.52 cm, above Wire 2, as shown. What is the net magnetic field at P, in unit vector form? ]HT) ↑ + ( [ ]HT) ₁ I₁ d₁ P |d₂ (X) I₂
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 3 steps with 3 images

Blurred answer