In the circuit shown below, R1=10 N, R2=32 N. Find the equivalent resistance of this circuit: Reg = Ω. Find the current passing through the R1 resistor: I1= A. Find the current passing through the 5-2 resistor: 15= A. Find the power dissipated on the 5-N resistor: P5= W. 10 Q 60 V 10 Q R2 R1 R2
In the circuit shown below, R1=10 N, R2=32 N. Find the equivalent resistance of this circuit: Reg = Ω. Find the current passing through the R1 resistor: I1= A. Find the current passing through the 5-2 resistor: 15= A. Find the power dissipated on the 5-N resistor: P5= W. 10 Q 60 V 10 Q R2 R1 R2
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![In the circuit shown below, R1=10 N, R2=32 Q.
Ω.
Find the equivalent resistance of this circuit: Reg =
A.
Find the current passing through the R1 resistor: I1=
A.
Find the current passing through the 5-2 resistor: 15=
W.
Find the power dissipated on the 5-0 resistor: P5=
10 Q
50
60 V
+
10 Q
R2
R1
R2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0a604148-c777-4cb2-a23a-e827df875cbf%2Fc2c3ebf2-ef46-4786-b569-8e45557aca15%2F0r6ulge_processed.png&w=3840&q=75)
Transcribed Image Text:In the circuit shown below, R1=10 N, R2=32 Q.
Ω.
Find the equivalent resistance of this circuit: Reg =
A.
Find the current passing through the R1 resistor: I1=
A.
Find the current passing through the 5-2 resistor: 15=
W.
Find the power dissipated on the 5-0 resistor: P5=
10 Q
50
60 V
+
10 Q
R2
R1
R2
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