Practice Problem 3.4 | Find V1, V2, V3 in the circuit |in Urdu & Hindi .

بسم الله الرحمن الرحيم In this video you will learn about Practice Problem 3.4 . Use Nodal Analysis with voltage source technique to solve this problem. Nodal Analysis with Voltage Source (Super Node): When the voltage source is in between the two NON-Reference nodes. it's called Super Node. There are seven steps to solve Super Node Problem. Step (1) Count Principal Nodes Step (2) N-1 = equation Step (3) Convert 1 principal node = Reference node Step (4) Give name to other principal node like V1 V2 V3 step (5) Check Super Node Step (6) Apply Kirchhoff's current law (Kcl) Step (7) Apply ohm's law Principal Nodes: The place or point where the terminal of more three or three elements are intersect with each other in a circuit. This is Called a Principal Nodes. Reference Node: A node in which we connect Ground. Super Node: When the voltage source is in between the two NON-Reference nodes. it's called Super Node. Kirchhoff's current law: The Sum of the Currents Entering a node is equal to the Sum of the Currents Leaving the Node. & Algebraic Sum of Currents at a node is Zero. Ohm's Law: Voltage is directly proportional to current. V = i * R I Hope You Have Enjoyed This Video :) ______________________________________________ Nodal Analysis with Example. Video Link :-    • Nodal Analysis with Example | Complete det...   Practice Problem 3.1 Video Link :-    • Practice Problem 3.1 | Obtain the Node Vol...   Practice Problem 3.2 Video Link :-    • Practice Problem 3.2 | Find the voltages a...   Nodal Analysis with Voltage Source (Super Node) Video Link :-    • Super Node with Example | Complete detail ...   Practice Problem 3.3 Video Link :-    • Practice Problem 3.3 | Find V and i in the...   Nodes and Principal Nodes in Electric Circuit. Video Link :-    • Nodes and Principal Nodes in Electric Circ...   What is Kirchhoff's current law (KCL). Video Link :-    • What is kirchhoff's current law | KCL | Co...   Practice Problem 2.10 Video Link :-    • Practice Problem 2.10 | Find Rab for the c...   Practice Problem 2.11 Video Link :-    • Practice Problem 2.11 | Calculate G Equiva...   Practice Problem 2.12 Video Link :-    • Practice Problem 2.12 | Find & Calculate V...   Practice Problem 2.13 Video Link :-    • Practice Problem 2.13 | Find V1&V2 and pow...   _______________________________________________ #PracticeProblem3.4 #NodalAnalysisWithExample #PracticeProblem3.4CircuitAnalysis #PracticeProblem3.4LinearCircuitAnalysis #PracticeProblem3.4FundamentalofElectricCircuit #PracticeProblem3.4DCNetworkAnalysis #PracticeProblem3.4DCCircuit #PracticeProblem3.4CircuitDesign #NodalAnalysisinCircuitDesign #EngineerAbdulRaheem If You Like The Video Please Share It And Subscribe My channel. :) __________________________________________________________________ TAGS: Practice Problem 3.4, Practice Problem 3.4 Circuit Analysis, Practice Problem 3.4 Fundamental of Electric Circuit, Practice Problem 3.4 Linear Circuit Analysis, Alexander Practice Problem 3.4, Practice Problem 3.4 DC Network Analysis, principal node, reference node, ohms law, kcl, what is nodal analysis, Nodal Analysis, Nodal Analysis with example, Find Node voltage, calculate Node Voltage, Find and calculate Node voltage, Nodal Analysis in Circuit Analysis, Nodal Analysis in Fundamental of Electric Circuit, Nodal Analysis in Linear Circuit Analysis, Alexander Nodal Analysis , Nodal Analysis in DC Network Analysis, nodal analysis problem, nodal analysis in DC circuit, nodal analysis in circuit design, Crammer Rule, what is super node, Nodal Analysis with voltage source, Super node with example, Find non reference voltage, Find and calculate Node voltage, nodal analysis of super node, nodal analysis with super node, super node analysis, super node analysis in dc circuit, super node in Circuit Analysis, super node in Fundamental of Electric Circuit, super node in Linear Circuit Analysis, Alexander super node , super node in DC Network Analysis, super node problem, super node in DC circuit, super node in circuit design, Engineer Abdul Raheem, Electrical Engineering, 🔵 FOLLOW ME ON INSTAGRAM : LINK -   / abdul_raheem_rauf   🔵 FOLLOW ME ON facebook : LINK -   / abdulraheem.rauf.9   🔵 FOLLOW ME ON faceboook page : LINK -   / a.raheem.031   Thanks وَيَسِّرْ لِي أمري wa yassirli amri.