The graph shows the magnetic flux (as function of time) through one square loop of 1.04 [m] side. The loop is exposed to a magnetic field created by an external source. The magnetic field is oriented to have an angle of 22° with the normal of the loop. 1. magnetic flux at t 3 [s]? What is the value of the [Wb] 2. Calculate the magnitude of the magnetic field at t = 3 [s]. B = (T] 3. The magnetic flux between t = 0 Isl and t = 3 Isl is:
The graph shows the magnetic flux (as function of time) through one square loop of 1.04 [m] side. The loop is exposed to a magnetic field created by an external source. The magnetic field is oriented to have an angle of 22° with the normal of the loop. 1. magnetic flux at t 3 [s]? What is the value of the [Wb] 2. Calculate the magnitude of the magnetic field at t = 3 [s]. B = (T] 3. The magnetic flux between t = 0 Isl and t = 3 Isl is:
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![The graph shows the magnetic flux (as
function of time) through one square loop
of 1.04 [m] side. The loop is exposed to a
magnetic field created by an external
source. The magnetic field is oriented to
have an angle of 22° with the normal of the
loop.
¢[T.m*]
1.
What is the value of the
magnetic flux o at t 3 (s]?
V [Wb]
2.
Calculate the magnitude of the
magnetic field at t 3 [s).
B =
[T]
3.
The magnetic flux o between t
= 0 [s] and t = 3 [s] is:
4.
Calculate the magnitude of the
induced emf in the loop between t = 0
[s] and t = 3 (s).
lemf| =
[V]
5.
What is the induced current
in the loop between t = 3 [s] and t = 5 [s]?
I| =
V (A]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcd8e5259-2d24-47e7-aa3f-fba0ce0f06ef%2F318b208f-d428-4c00-958e-e26acd6af89a%2Fe36antp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The graph shows the magnetic flux (as
function of time) through one square loop
of 1.04 [m] side. The loop is exposed to a
magnetic field created by an external
source. The magnetic field is oriented to
have an angle of 22° with the normal of the
loop.
¢[T.m*]
1.
What is the value of the
magnetic flux o at t 3 (s]?
V [Wb]
2.
Calculate the magnitude of the
magnetic field at t 3 [s).
B =
[T]
3.
The magnetic flux o between t
= 0 [s] and t = 3 [s] is:
4.
Calculate the magnitude of the
induced emf in the loop between t = 0
[s] and t = 3 (s).
lemf| =
[V]
5.
What is the induced current
in the loop between t = 3 [s] and t = 5 [s]?
I| =
V (A]
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