In a circuit shown in figure, the heat produced in 3 ohm resistor due to a current flowing in it is 12 J. The heat produced in 4 ohm resistor is

Question

In a circuit shown in figure, the heat produced in 3 ohm resistor due to a current flowing in it is 12 J. The heat produced in 4 ohm resistor is (A) 2 J (B) 4 J (C) 64 J (D) 32 J

Tardigrade Admin · Accepted Answer

<img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/6a836232961255bf8c32b9c098c02067-.png" /> 12=i12(3) i1=2 (2/i2)=(6/3) i2=1 H=12 4=4 J

Q. In a circuit shown in figure, the heat produced in $3 o hm$ resistor due to a current flowing in it is $12 J$ . The heat produced in $4 o hm$ resistor is

2 J

4 J

64 J

32 J

$12 = i_{1}^{2} (3)$
$i_{1} = 2$
$\frac{2}{i _{2}} = \frac{6}{3}$
$i_{2} = 1$
$H = 1^{2} 4 = 4 J$

Q. In a circuit shown in figure, the heat produced in 3ohm resistor due to a current flowing in it is 12J. The heat produced in 4ohm resistor is

2 J

4 J

64 J

32 J

12=i12​(3) i1​=2 i2​2​=36​ i2​=1 H=124=4J

Q. In a circuit shown in figure, the heat produced in $3 o hm$ resistor due to a current flowing in it is $12 J$ . The heat produced in $4 o hm$ resistor is

$12 = i_{1}^{2} (3)$
$i_{1} = 2$
$\frac{2}{i _{2}} = \frac{6}{3}$
$i_{2} = 1$
$H = 1^{2} 4 = 4 J$