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aryan_coc
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No, you solve it. (Show your work and you'll get help. )aryan_coc said:Please solve this problem using Superpotion theorem
Doc Al said:No, you solve it. (Show your work and you'll get help. )
The guidelines clearly prohibit us providing complete solutions or helping you until you have posted an attempted solution, or at the very least, your thoughts.aryan_coc said:Please, it's bit urgent and I am a computer engineer, i don't have much knowledge about this.
regards
aryan_coc said:I have read about superposition theorem and i know serial & parallel connetcions
for SP theorem, i should shortcircut the other connetcions and do the calculation, at the end sum everything together, but my question is,
do i need to conider the loops,
if i close v2 & v3 and find total currecnt using v1 only. where should i strat from .
if you can give me a solution with V1 only, il try myself for the rest.
please guide me, I am not asking for spoon feeding, please give me a guideleine...
Superposition Theorem is a method used to solve a circuit problem by breaking it down into smaller, simpler parts. It states that the total response of a linear circuit is equal to the sum of the responses caused by each individual source acting alone.
Superposition Theorem can be used to solve a problem in a linear circuit that contains multiple sources. It is most effective when the circuit has many sources and the output needs to be determined for each source separately.
The steps for using Superposition Theorem are as follows:
Superposition Theorem can only be used for linear circuits, meaning that the components in the circuit must have a linear relationship between voltage and current. It also cannot be used for circuits with dependent sources.
If the circuit has multiple sources and the output needs to be determined for each individual source, Superposition Theorem is likely the best method to use. However, if the circuit contains dependent sources or nonlinear components, another method may be more suitable.