
College Physics
11th Edition
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Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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![2. An electron is traveling parallel to a wire carrying current
TA)
i, as shown. Which path is the electron more likely to
(B)
follow? (Hint: Which way is the wire's magnetic field?]
(A) It will curve away from the wire. (see figure)
(C)
(B) It will follow a straight path. (see figure)
(C) It will curve towards the wire. (see figure)
(D) It will curve out of the plane of the page. (not shown)
3. If the loop pictured in question 1 is a square placed in a 50 mT magnetic field. Estimate the
magnetic torque at the instant pictured. Let us assume the loop has 10 turns of wire, carries a
current of 200 mA and that the picture is drawn to scale. You may want to use a ruler and a
protractor to estimate the size and the positon of the loop pictured above.](https://content.bartleby.com/qna-images/question/bf995e88-a247-409f-9e54-d1ed39afff97/21a77227-a6e9-4f4c-ad75-6b269789508d/j4rmixm_thumbnail.png)
Transcribed Image Text:2. An electron is traveling parallel to a wire carrying current
TA)
i, as shown. Which path is the electron more likely to
(B)
follow? (Hint: Which way is the wire's magnetic field?]
(A) It will curve away from the wire. (see figure)
(C)
(B) It will follow a straight path. (see figure)
(C) It will curve towards the wire. (see figure)
(D) It will curve out of the plane of the page. (not shown)
3. If the loop pictured in question 1 is a square placed in a 50 mT magnetic field. Estimate the
magnetic torque at the instant pictured. Let us assume the loop has 10 turns of wire, carries a
current of 200 mA and that the picture is drawn to scale. You may want to use a ruler and a
protractor to estimate the size and the positon of the loop pictured above.
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