Question

Heat energy is being produced in a resistance in a circuit at the rate of 100 W. The curr- ent of 3 A is flowing in the circuit. What

must be the value of theresistance?​

Answer 1

Explanation:

Given that,

Given that,

Given that, Power, P=100W

Given that, Power, P=100W

Given that, Power, P=100W Current, I=3A

Given that, Power, P=100W Current, I=3A

Given that, Power, P=100W Current, I=3A Power,

Given that, Power, P=100W Current, I=3A Power,

Given that, Power, P=100W Current, I=3A Power, P=VI

Given that, Power, P=100W Current, I=3A Power, P=VI

Given that, Power, P=100W Current, I=3A Power, P=VI P=I

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R=

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P So,

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P So, R=

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P So, R= 9

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P So, R= 9 100

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P So, R= 9 100

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P So, R= 9 100

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P So, R= 9 100

Given that, Power, P=100W Current, I=3A Power, P=VI P=I 2 R R= I 2 P So, R= 9 100 R=11.1Ω