Solved Problem Based On Superposition Theorem
Ques.) Find
the current through 10 Ω resistance in the given network by using superposition theorem?
Solution:-For
finding current through 10Ω resistance by using superposition theorem, we follows same step as we
discussed in previous post.
Activating ‘16V’ source at a time,
other will be deactivated.
After deactivation of ‘16A’ current source, two individual box are seem clearly in which we can easily applying mesh analysis for finding current through 10Ω resistance when ‘16V’ voltage source is active. You can also use nodal analysis or ohm’s law with current division rule.
After deactivation of ‘16A’ current source, two individual box are seem clearly in which we can easily applying mesh analysis for finding current through 10Ω resistance when ‘16V’ voltage source is active. You can also use nodal analysis or ohm’s law with current division rule.
I am not going to
discussed how to solve a circuit through mesh analysis which I already
discussed. If you want to know How to solve a circuit through mesh analysis, click here.
{Hints:
- Equations are,
-8I1+4I2=-16 ··············· (1)
4I1-18I2=0 ··············· (2) }
So, after solving this circuit, we get
So, after solving this circuit, we get
I1
= 2.25A & I2 = 0.5A
Then, I10Ω
= I2 = 0.5A
Activating ‘16A’ source at a time,
other will be deactivated.
After deactivation of ‘16V’ voltage source, we can one step reduced circuit and applying current division rule. By applying current division rule, we can easily find the value of current in 10Ω resistance.
After deactivation of ‘16V’ voltage source, we can one step reduced circuit and applying current division rule. By applying current division rule, we can easily find the value of current in 10Ω resistance.
I1
= 4A
I2
= 12A
So, I10Ω
= I1 = 4A
Now, final
circuit is in which all the source will be activated. Direction of current when
single source is active and other is deactivated through 10Ω resistance will be
shown with their value, as shown below
At last, the
current through 10Ω resistance is 3.5A and greater current has their direction
as shown below.
Answer: - I10Ω
= 3.5A
Trending Posts This Month:-
Solved Examples Problems On Star-Delta Transformation Or Conversion
Solved problem based on Norton’s Theorem
Solved Problem Based On Superposition Theorem
Example Solved Problems Based On Thevenin Theorem Circuit
Tricky Solutions For Equivalent Series-parallel Resistance Problems With Examples
Solved Problem Based On Maximum Power Transfer Theorem
Mesh-analysis - Loop-analysis -Maxwell's Current Analysis | Electrical
Delta To Star Transformation Or Delta To Star Conversion and Its Formulas
Superposition Theorem And Method Of Solving Superposition Theorem
Reading Problems Based On Superposition Theorem Example & Solved Formula's
Thanks, it's very easy to understand and I have clear my concept.
ReplyDeleteThanks ansar Shehzad for your comment.
ReplyDeleteYou are great ER ZOHAIB HASSAN...
ReplyDeleteVery simply, you represent all these concepts...I Hope, you will do well for us for understanding these concepts....!
Thanks,Harpreet Singh.
ReplyDeleteThanks "Hassan".., You made this easier...
ReplyDeletenice
ReplyDeleteQED
ReplyDeletein solved problem why the one step is reduced.how to get 2 ohm resistor
ReplyDeleteHi, I have solved it but in current discussion method I get I1=4.6 instead of 4
ReplyDeleteHow to got 3.5 in last one please tell me fast
ReplyDelete