Activity 1 – Lenz's Law Determine the direction of the current induced in the coil for each situation: Observation/s Direction of the Induced Current (a) N magnetic pole moving toward coil from above the page S N (b) N magnetic pole moving toward the coil in the plane of the page (c) Pulling the coil to the right out of a magnetic field that points out of the page
Activity 1 – Lenz's Law Determine the direction of the current induced in the coil for each situation: Observation/s Direction of the Induced Current (a) N magnetic pole moving toward coil from above the page S N (b) N magnetic pole moving toward the coil in the plane of the page (c) Pulling the coil to the right out of a magnetic field that points out of the page
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![Activity 1 – Lenz's Law
Determine the direction of the current induced in the coil for each situation:
Observation/s
Direction of the Induced Current
S
(a)
N magnetic pole
moving toward coil
from above the page
SN
(b)
N magnetic pole moving
toward the coil in the plane
of the page
(c)
Pulling the coil to the right
out of a magnetic field
that points out of the page
10/13
(d)
Shrinking a coil in a
magnetic field pointing
into the page
B
(e)
Rotating the coil about the vertical
diameter by pulling the left side toward
the reader and pushing the right side
away from the reader in a magnetic field
that points from right to left in the plane
of the page.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F46ce47d7-76e9-4b2b-8ef9-783c45ef4e55%2F26e64d78-3111-4368-a499-09cf4ca90ff5%2Fvopb47a_processed.png&w=3840&q=75)
Transcribed Image Text:Activity 1 – Lenz's Law
Determine the direction of the current induced in the coil for each situation:
Observation/s
Direction of the Induced Current
S
(a)
N magnetic pole
moving toward coil
from above the page
SN
(b)
N magnetic pole moving
toward the coil in the plane
of the page
(c)
Pulling the coil to the right
out of a magnetic field
that points out of the page
10/13
(d)
Shrinking a coil in a
magnetic field pointing
into the page
B
(e)
Rotating the coil about the vertical
diameter by pulling the left side toward
the reader and pushing the right side
away from the reader in a magnetic field
that points from right to left in the plane
of the page.
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