. Complete the sketches below by showing the direction of electron flow in the coil. Use double-headed arrows as shown above. N S N N S > N S N S b. How would the above answers change if we were determining the direction of current flow, I, in the coil instead of electron flow?

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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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Physics-Inducing Current
WCLN.ca
3. Move the bar magnet through the coil and observe the motion of the electrons in the forward arc
of the coil loops. Report the correlations of magnet motion and electron motion.
For example:
i.
Magnet approaches from the left, north pole first; electrons move downward sds t
Magnet departs to the right, south end last; electrons move upward
ii.
ovods b
...or (where the single headed arrows show direction of magnet and double-headed arrows shows
direction of electron flow)
a. Complete the sketches below by showing the direction of electron flow in the coil. Use
double-headed arrows as shown above.
N
wolsd
deb
oto
b. How would the above answers change if we were determining the direction of current flow, I,
in the coil instead of electron flow?
Rage 5 of 10
Transcribed Image Text:Physics-Inducing Current WCLN.ca 3. Move the bar magnet through the coil and observe the motion of the electrons in the forward arc of the coil loops. Report the correlations of magnet motion and electron motion. For example: i. Magnet approaches from the left, north pole first; electrons move downward sds t Magnet departs to the right, south end last; electrons move upward ii. ovods b ...or (where the single headed arrows show direction of magnet and double-headed arrows shows direction of electron flow) a. Complete the sketches below by showing the direction of electron flow in the coil. Use double-headed arrows as shown above. N wolsd deb oto b. How would the above answers change if we were determining the direction of current flow, I, in the coil instead of electron flow? Rage 5 of 10
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