Physics, asked by ansh9625, 8 months ago

a potential of 4 V Is applied to two resistors of 3 ohm and 6 ohm connected in parallel calculate the current flowing in 3 resistor please answer this​

Answers

Answered by Anonymous
70

Given :

▪ Two identical resistors of resistances 3Ω and 6Ω are connected in parallel.

▪ Applied voltage = 4V

To Find :

▪ Current flow through 3Ω resistor.

Concept :

→ We know that, Potential difference across all resistors remains same in parallel connection.

→ As per ohm's law, current flow through a conductor is directly proportional to the applied pd. (At constant temp.)

Mathematically,

V = IR

where,

V denotes applied voltage

I denotes current

R denotes resistance

Calculation :

➡ V = I × R

➡ 4 = I × 3

➡ I = 4/3

I = 1.33A

Answered by tapatidolai
44

YOUR QUESTION :

A potential of 4 V Is applied to two resistors of 3 ohm and 6 ohm connected in parallel calculate the current flowing in 3 resistor please answer this.

YOUR ANSWER :

Given :

  • Two identical resistors of resistances 3Ω and 6Ω are connected in parallel.
  • Applied voltage = 4V

To find :

  • Current flow through 3Ω resistors.

Concept :

✔Potential difference across all resistors remains same in parallel connection.

✔Mathematically,

  • V = IR

V denotes applied voltage.

I denotes current.

R denotes resistance.

Calculation :

V = I × R \\ =  &gt;  4 = I × 3 \\ =  &gt;  I =  \frac{4}{3}  \\ =  &gt;  I = 1.33A</p><p></p><p></p><p>

ANSWER : 1.33A

Similar questions