HW 7 Handout AS USUAL, BE SURE THAT YOUR SOLUTION IS CLEAR AND EASY TO FOLLOW! BE SURE TO SHOW ALL STEPS. 1) Consider a long, current-carrying wire placed on the x-axis, and another long, current- carrying wire lined up 0.21 m above the xy-plane (and so it runs parallel to the y-axis, at 0.21 m on the z-axis: A z 2= 3.1 A = 1.8 A And so the middle of the lower wire on the x-axis is at the origin, and the middle of the upper wire is at (0, 0, 0.21) m. Calculate the force/length that the center of the upper wire feels due to the lower wire
HW 7 Handout AS USUAL, BE SURE THAT YOUR SOLUTION IS CLEAR AND EASY TO FOLLOW! BE SURE TO SHOW ALL STEPS. 1) Consider a long, current-carrying wire placed on the x-axis, and another long, current- carrying wire lined up 0.21 m above the xy-plane (and so it runs parallel to the y-axis, at 0.21 m on the z-axis: A z 2= 3.1 A = 1.8 A And so the middle of the lower wire on the x-axis is at the origin, and the middle of the upper wire is at (0, 0, 0.21) m. Calculate the force/length that the center of the upper wire feels due to the lower wire
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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![HW 7 Handout
AS USUAL, BE SURE THAT YOUR SOLUTION Is CLEAR AND EASY TO FOLLOW! BE SURE TO SHOW
ALL STEPS.
1) Consider a long, current-carrying wire placed on the x-axis, and another long, current-
carrying wire lined up 0.21 m above the xy-plane (and so it runs parallel to the y-axis, at
0.21 m on the z-axis: A z
I2 = 3.1 A
l1 = 1.8 A
And so the middle of the lower wire on the x-axis is at the origin, and the middle of the upper
wire is at (0, 0, 0.21) m.
Calculate the force/length that the center of the upper wire feels due to the lower wire
2) Now let's keep the 1.8 A current on the x-axis, but instead place the other wire's center
at (0, 0.34, 0) m. Now, what is the force/length that the 3.1 A wire feels?
l1 = 1.8 A
I2 = 3.1 A](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb1f0f405-23bc-45b7-8768-1d7e77c63135%2Fb4746ac2-ffb2-470d-adc2-ba9f4479ad25%2Fivfqysk_processed.png&w=3840&q=75)
Transcribed Image Text:HW 7 Handout
AS USUAL, BE SURE THAT YOUR SOLUTION Is CLEAR AND EASY TO FOLLOW! BE SURE TO SHOW
ALL STEPS.
1) Consider a long, current-carrying wire placed on the x-axis, and another long, current-
carrying wire lined up 0.21 m above the xy-plane (and so it runs parallel to the y-axis, at
0.21 m on the z-axis: A z
I2 = 3.1 A
l1 = 1.8 A
And so the middle of the lower wire on the x-axis is at the origin, and the middle of the upper
wire is at (0, 0, 0.21) m.
Calculate the force/length that the center of the upper wire feels due to the lower wire
2) Now let's keep the 1.8 A current on the x-axis, but instead place the other wire's center
at (0, 0.34, 0) m. Now, what is the force/length that the 3.1 A wire feels?
l1 = 1.8 A
I2 = 3.1 A
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