A 30.0 cm × 60.0 cm rectangular circuit containing a 15 N resistor is perpendicular to a uniform magnetic field that starts out at 2.60 T and steadily decreases at 0.36 T/s. (See (Figure 1).)
A 30.0 cm × 60.0 cm rectangular circuit containing a 15 N resistor is perpendicular to a uniform magnetic field that starts out at 2.60 T and steadily decreases at 0.36 T/s. (See (Figure 1).)
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« 1 of 1
60.0 cm
30.0
15 N
cm
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Transcribed Image Text:Figure
« 1 of 1
60.0 cm
30.0
15 N
cm
A

Transcribed Image Text:A 30.0 cm × 60.0 cm rectangular circuit
containing a 15 N resistor is perpendicular to a
uniform magnetic field that starts out at 2.60 T and
steadily decreases at 0.36 T/s. (See (Figure 1).)
Part A
While this field is changing, what does the ammeter read?
Express your answer in milliamperes.
?
I =
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