Tuesday, 4 October 2022

How To Solve Problem Based On Norton’s Theorem In Practical

How To Solve Problem Based On Norton’s Theorem In Practical

In This Below Topic, We Will Discuss About “How To Solve Problem Based On Norton’s Theorem In Practical”.

Below Is The Example Of A Circuit Which We Will Find Answer By Solving Through Norton’s Theorem Method.

Reading Of Norton’s Theorem In Practical


Let’s Start.

Aim:- We Have To Find The Current In 4Ω  Resistance In The Below Network Circuit By Using Norton’s Theorem.

Solve Problem Based On Norton’s Theorem In Practical

Solution: - For Solving The Value Of Current Through 4Ω  Resistance, We Will Follow The Same Step As Discussed In Our Previous Post.

(Click Here To Revise Your Practice)

FOR FINDING RL: -

 HERE, RL= 4Ω

NEXT STEP TO FIND RN: - 

For Finding RN, Just Find-out Equivalent B/w Removed Load-resistance. 

As Below:-

Solve Problem Based On Norton’s Theorem In Practical

Solve Problem Based On Norton’s Theorem In Practical

NEXT STEP TO FIND IN/IS.C: -


Solve Problem Based On Norton’s Theorem In Practical


Next Step Is To Short-circuited Pt. A And Pt.  B

How To Solve Problem Based On Norton’s Theorem In Practical

Now Current In The Circuit Will Easily Pass Through The Short Circuited Path And Parallel Resistance Will Remove, As Shown Below:-

How To Solve Problem Based On Norton’s Theorem In Practical

In Below We Have Two Loop Circuit For Which We Get Current Of Each By Using Kirchhoff’s Voltage Law(KVL).


APPLY KVL IN LOOP 1ST:-

 8-2I1-2I1-2I1+2I2 =0

 -6I1+2I2 = -8 ··············· (1)

 

APPLY KVL IN LOOP 2ND:-

 -2I2-2I2-2I2+2I1 =0

 2I1-6I2 = 0    ··············· (2)

RESULT ON SOLVING, WE GET

 I1 = 1.5A & I2 = 0.5A

 

HERE, I2= IS.C/ IN = 0.5A


RESULT ON SOLVING, WE GET

 I1 = 1.5A & I2 = 0.5A

 HERE, I2= IS.C/ IN = 0.5A


FINALLY, THE NORTON’S EQUIVALENT CIRCUIT IS,

How To Solve Problem Based On Norton’s Theorem In Practical


Note: 

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1 comment:

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