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Physics
Physics
Problem
The induced emf in a single-turn loop is given by
E
(
t
)
=
6
sin
(
100
t
)
mV
\mathcal{E}(t) = 6\sin(100t)\,\text{mV}
E
(
t
)
=
6
sin
(
100
t
)
mV
for
0
≤
t
≤
π
/
100
s
0\le t \le \pi/100\,\text{s}
0
≤
t
≤
π
/100
s
. What is the net change in magnetic flux through the loop during this time interval? a)
0
mWb
0\,\text{mWb}
0
mWb
b)
−
0.12
mWb
-0.12\,\text{mWb}
−
0.12
mWb
c)
0.12
mWb
0.12\,\text{mWb}
0.12
mWb
d)
0.60
mWb
0.60\,\text{mWb}
0.60
mWb
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