As shown in the figure, a rectangular loop with a length of 20.0 cm and a width w of 15.0 cm has 20 tur of 0.41 A counterclockwise around the loop when viewed from the positive x-axis. A horizontal (parallel to field of magnitude 0.049 T is oriented at an angle of 65° relative to the perpendicular to the loop (the pos the length and width are measured along the z and y-axes, respectively.) FTop, x FTop, y N (a) Find the components of the magnetic force acting on each side of the loop. Components of the magnetic force acting on the top section of the loop. N N N FTop, z = = = FBottom, y Ba Components of the magnetic force acting on the bottom section of the loop. FBottom, x N N = x-z plane =

As shown in the figure, a rectangular loop with a length of 20.0 cm and a width w of 15.0 cm has 20 tur of 0.41 A counterclockwise around the loop when viewed from the positive x-axis. A horizontal (parallel to field of magnitude 0.049 T is oriented at an angle of 65° relative to the perpendicular to the loop (the pos the length and width are measured along the z and y-axes, respectively.) FTop, x FTop, y N (a) Find the components of the magnetic force acting on each side of the loop. Components of the magnetic force acting on the top section of the loop. N N N FTop, z = = = FBottom, y Ba Components of the magnetic force acting on the bottom section of the loop. FBottom, x N N = x-z plane =

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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Proper Length

The theory of special relativity explains the connection between space and time to objects that move in a straight line at a constant speed. The objects move at the speed of light. When an object approaches light speed, its mass is endless and cannot move faster than light. The most crucial postulate of Einstein's special relativity is that the laws of nature do not change in each frame of reference.

Question

As shown in the figure, a rectangular loop with a length of 20.0 cm and a width w of 15.0 cm has 20 turns and carries a current
of 0.41 A counterclockwise around the loop when viewed from the positive x-axis. A horizontal (parallel to the x-z plane) magnetic
field of magnitude 0.049 T is oriented at an angle of 65° relative to the perpendicular to the loop (the positive x-axis). (Assume
the length and width are measured along the z and y-axes, respectively.)
(a) Find the components of the magnetic force acting on each side of the loop.
FTOP, X
Components of the magnetic force acting on the top section of the loop.
N
B
N
N
FTOP, Y
FTop, z
=
=
=
FBottom, y
Components of the magnetic force acting on the bottom section of the loop.
FBottom, x
N
N
N
FBottom, z
Fright, x
Fright, y
Fright, z
Z
Components of the magnetic force acting on the left section of the loop.
FLeft, x =
N
FLeft, y =
N
FLeft, z =
N
O O O
Components of the magnetic force acting on the right section of the loop.
N
N
N
0°
=
=
=
y
=
=
x-z plane
(b) Find the net magnetic force on the loop. (Enter the magnitude only.)
FNet =
N
(c) Find the magnetic torque on the loop.
N m
magnitude
direction
90°
180°
>
---Select---
(d) If the loop can rotate about the y-axis with only a small amount of friction, what will be the final angle of the
perpendicular to the coil with respect to the direction of the magnetic field?
about the y-axis as viewed from the positive y-axis

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