modified 6 years ago

Re-solv

00:24:20

How to solve this circuit? 

published 6 years ago

PrathikP

6 years ago

Are you trying to solve for load current/voltage? I recommend superposition theorem

YeahWhateverMan

6 years ago

You can resolve any circuit using KVL and its associated loop analysis method, or KCL and its associated nodal analysis method. KCL states that all currents entering a node are equal to all currents exiting a node. KVL states that the total voltage around a closed loop is equal to all voltage drops within that loop( = 0).

kiani

6 years ago

Right superposition is what the cct. Needs.

Robert_Kidd

6 years ago

@Abdullahnasser, there are a few ways this can be achieved. If the above does not help you - taking each of the power supplies in turn, short out all the other supplies and work out the current that flows in each branch of the circuit and, importantly, note it’s direction. After completing this for each of the power supplies you then sum the currents in each branch to realise the currents that would flow in the full circuit. From this you can then calculate any voltages around the circuit. Hope this help?

kiani

6 years ago

Superposition its called.

Abdullahnasser

6 years ago

Thanks all

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