- What is Resistance in Electronics
- Series Connections of the Resistors
- Parallel Connections of the Resistors
- Problem No 1 on Finding Equivalent Resistance Between Two Points using Series & Parallel Connections
- Problem No 2 on Finding Equivalent Resistance Between Two Points using Series & Parallel Connections
- Problem No 3 on Finding Equivalent Resistance Between Two Points using Series & Parallel Connections
- Problem No 4 on Finding Equivalent Resistance Between Two Points using Series & Parallel Connections
- Problem No 5 on Finding Equivalent Resistance Between Two Points using Series & Parallel Connections
- Problem No 6 on Finding Equivalent Resistance Between Two Points using Series & Parallel Connections
- Problem No 7 on Finding Equivalent Resistance Between Two Points using Series & Parallel Connections
- What is Star Delta Connections of Resistances(Basic Concept)
- Derivation for Conversion of Delta to Star Connection
- Derivation for Conversion of Star to Delta Connection
- Problem No. 1 on Finding Equivalent Resistance Between Two Point using Star - Delta Connections
- Problem No. 2 on Finding Equivalent Resistance Between Two Point using Star Delta Connections
- Problem No. 3 on Finding Equivalent Resistance Between Two Point using Star Delta Connections
- Problem No. 4 on Finding Equivalent Resistance Between Two Point using Star Delta Connections
- Problem No. 5 on Finding Equivalent Resistance Between Two Point using Star Delta Connections
- Problem No. 6 on Finding Equivalent Resistance Between Two Point using Star Delta Connections
- Problem No. 7 on Finding Equivalent Resistance Between Two Point using Star Delta Connections
- Problem No. 8 on Finding Equivalent Resistance Between Two Point using Star Delta Connections
- Problem No. 9 on Finding Equivalent Resistance Between Two Point using Star Delta Connections
- What is Ideal Voltage Source
- What is Practical Voltage Source
- What is Ideal Current Source
- What is Practical Current Source
- Current to Voltage Source Transformation
- Voltage to Current Source Transformation
- Current Source in Series with Resistances and-or voltage Sources
- Voltage Source in Parallel with Resistance and-or Current Sources
- Problem No. 1 on Source Transformation
- Problem No. 2 on Source Transformation
- Problem No. 3 on Source Transformation
- Problem No. 4 on Source Transformation
- What is Voltage Division Rule (VDR)
- How to solve problem on Voltage Division Rule (VDR)
- What is Current Division Rule (CDR)
- How to solve problem on Current Division Rule (CDR)
- How to calculate power consumed by resistance
- Problem No. 1 on Calculation of Power Consumed by Resistance
- Problem No. 2 on Calculation of Power Consumed by Resistance
- Define and Derive Kirchoff's Current Law (KCL)
- Define and Derive Kirchoff's Voltage Law (KVL)
- Problem No. 1 on Kirchoff's Current Law (KCL)
- Problem No. 2 on Kirchoff's Voltage Law (KVL)
- Problem on KVL and KCL
- What is Mesh Analysis
- Problem No. 1 on Mesh Analysis
- Problem No. 2 on Mesh Analysis
- Problem No. 3 on Mesh Analysis
- Problem No. 4 on Mesh Analysis
- Problem No. 5 on Mesh Analysis
- What is Concept of Supermesh
- Problem No. 1 on Supermesh
- Problem No. 2 on Supermesh
- What is Nodal Analysis
- Problem No.1 on Nodal Analysis
- Problem no. 2 on Nodal Analysis
- Problem no. 3 on Nodal Analysis
- Problem no. 4 on Nodal Analysis
- Problem no. 5 on Nodal Analysis
- Problem no. 6 on Nodal Analysis
- Problem no. 7 on Nodal Analysis
- Problem No. 8 on Nodal Analysis
- Problem no. 9 on Nodal Analysis
- Problem no. 10 on Nodal Analysis
- What is Concept of Super Node
- Problem no.1 on SuperNode
- Problem no.2 on SuperNode
- What is Superposition Theorem
- Problem no.1 on Superposition Theorem
- Problem no. 2 on Superposition Theorem
- Problem no. 3 on Superposition Theorem
- Problem no. 4 on Superposition Theorem
- Problem no. 5 on Superposition Theorem
- Problem no. 6 on Superposition Theorem
- Problem no. 7 on Superposition Theorem
- Problem no. 8 on Superposition Theorem
- Problem no. 9 on Superposition Theorem
- Problem no.10 on Superposition Theorem
- Problem no.11 on Superposition Theorem
- What is Thevenin's Theorem
- Problem No. 1 Thevenin's Theorem
- Problem No. 2 Thevenin's Theorem
- Problem No. 3 Thevenin's Theorem
- Problem No. 4 Thevenin's Theorem
- Problem No. 5 Thevenin's Theorem
- Problem No. 6 Thevenin's Theorem
- Problem No. 7 Thevenin's Theorem
- Problem No. 8 Thevenin's Theorem
- Problem No. 9 Thevenin's Theorem
- What is Norton's Theorem
- Problem No. 1 Nortons theorem
- Problem No. 2 Nortons theorem
- Problem No. 3 Nortons theorem
- Problem No. 4 Nortons theorem
- Problem No. 5 Nortons theorem
- Problem No. 6 Nortons theorem
- Problem No. 7 Nortons theorem
- Problem No. 8 Nortons theorem
- Problem No. 9 Nortons theorem
- Problem No. 10 Nortons theorem
- What is Maximum Power Transfer Theorem in DC Circuit
- Problem No. 1 Maximum Power Transfer Theorem in DC Circuit
- Problem No. 2 Maximum Power Transfer Theorem in DC Circuit
- Problem No. 3 Maximum Power Transfer Theorem in DC Circuit
- Problem No. 4 Maximum Power Transfer Theorem in DC Circuit
- Problem No. 5 Maximum Power Transfer Theorem in DC Circuit
- What are Power Sources and their Types

- What is AC Voltage
- How A.C voltage is generated
- What is Standard Terminology of AC Voltage Waveform
- What is the Effective Value of RMS in AC Circuit
- What is Average Value in AC Circuit
- What is Form Factor and Peak or Crest Factor in AC Circuit
- Problem No. 1 how to Calculate Average Value & RMS Value in AC Circuit
- Problem No. 2 how to Calculate Average Value & RMS Value in AC Circuit
- Problem No. 3 how to Calculate Average Value & RMS Value in AC Circuit
- Problem No. 4 how to Calculate Maximum value of Alternating Current in AC Circuit
- Problem No. 5 how to calculate Average Value and RMS Value in AC Circuit
- What is Concept of Phase & Phase Difference in AC Circuit
- What is A.C.Quantity as a Phasor in AC Circuit
- What is Phasor Diagram in A.C. Circuit
- Problem no.1 on Phasor Diagram in A.C Circuit
- Problem no.2 on Phasor Diagram in A.C Circuit
- Problem no.3 on Phasor Diagram in A.C Circuit
- Problem no.4 on Phasor Diagram in A.C Circuit
- Problem no.5 on Phasor Diagram in A.C Circuit
- AC Through Pure Resistance in AC Circuit
- AC through Pure Inductance in AC Circuit
- AC through Pure Capacitance in AC Circuit
- How to Calculate Voltage Across Pure Inductor?
- Problem on AC through series R-L and R-C Circuit
- A.C. Through Series R-L Circuit
- Problem No. 1 on Series R-L Circuit
- Problem No. 2 on Series R-L Circuit
- Problem No. 3 on Series R-L Circuit
- Problem No. 4 on Series R-L Circuit
- Problem No. 5 on Series R-L Circuit
- Problem No. 6 on Series R-L Circuit
- Problem No. 7 on Series R-L Circuit
- Problem No. 8 on Series R-L Circuit
- Problem No. 9 on Series R-L Circuit
- Problem No. 10 on Series R-L Circuit
- What is Concept of AC through Series R-C circuit
- Problem No. 1 Series R-C circuit
- Problem No. 2 Series R-C circuit
- AC through Series R-L-C circuit
- Problem No. 1 on Series R-L-C Circuit in Ac Circuit
- Problem No. 2 on Series R-L-C Circuit
- Problem No. 3 on Series R-L-C Circuit
- Problem No. 4 on Series R-L-C Circuit
- Resonance in Series R-L-C Circuit
- Problem No. 1 on Series Resonance in R-L-C Circuit
- Problem No. 2 on Series Resonance in R-L-C Circuit
- Problem No. 3 on Series Resonance in R-L-C Circuit
- Problem No. 4 on Series Resonance in R-L-C Circuit
- Problem No. 5 on Series Resonance in R-L-C Circuit
- AC Through Parallel RLC Circuit in AC Circuit
- Problem on Parallel RC Circuit
- Problem No. 1 on Parallel RLC Circuits in AC Circuit
- Problem No. 2 on Parallel RLC Circuits in AC Circuit
- Problem No. 3 on Parallel RLC Circuits in AC Circuit
- Problem No. 4 on Parallel RLC Circuits in AC Circuit
- Problem No. 5 on Parallel RLC Circuits in AC Circuit
- Problem No. 6 on Parallel RLC Circuits in AC Circuit
- Problem No. 7 on Parallel RLC Circuits in AC Circuit
- Problem No. 8 on Parallel RLC Circuits in AC Circuit
- Problem No. 9 on Parallel RLC Circuits in AC Circuit
- What is the Concept of Parallel Resonance in AC Circuit
- Problem No. 1 on Parallel Resonance in AC Circuit
- Problem No. 2 on Parallel Resonance in AC circuit
- Problem No. 3 on Parallel Resonance in AC Circuit

- What is Need of Three Phase Supply
- What is the Generation of Three Phase Supply
- What are 3 Phase Supply Connections
- What is Line Current, Line Voltage, Phase Current and Phase Voltage in Three Phase Supply
- Relationship Between Line Quantities and Phase Quantities in Star Connection
- Relationship Between Line Quantities and Phase Quantities in Delta Connection
- Problem No. 1 Based on 3 Phase Circuit in AC Circuit
- Problem No.2 on Three phase Circuit Connected in Star
- Problem No.2 on Three phase Circuit Connected in Delta
- Problem No.3 on Three phase Circuit Connected in Star and Delta
- Problem No.4 on Three phase Circuit Connected in Star and Delta
- Problem No.5 on Three phase Circuit Connected in Star-Star and Delta-Delta
- Power consumed in Three Phase Circuits
- How to Measure a Power in Wattmeter in AC Circuit
- Power Consumed by Star Circuit and Delta Circuit
- What is Two Wattmeter Method for 3 Phase Power Measurement in AC Circuit
- Two Wattmeter Method for Power Measurements ( Delta- Connected Lagging PF Inductive Load)
- Two Wattmeter Method for Power Measurements ( Star- Connected Leading PF Load)
- Two Wattmeter Method for Power Measurements (Delta-Connected Leading PF Load)
- Problem no.1 on Two Wattmeter for Power Measurement
- Problem No. 2 on Two Wattmeter for Power Measurement
- Problem No. 3 on Two Wattmeter for Power Measurement
- Problem No. 4 on Two Wattmeter for Power Measurement
- Problem No. 5 on Two Wattmeter for Power Measurement
- Phasor Diagram of Resistive Load Using Equivalent Circuit Transformer on Load
- Phasor Diagram of Transformer for Lagging and Leading Load

- What Is Definition and Need of Transformer in Single Phase
- What Is Working of Half Wave Rectifier
- What are the Construction of Transformer and Its Types
- What is E.M.F Equation of Transformer
- What is the Ratio in Transformer
- Problem No. 1 Based on EMF Equation of Single Phase Transformer
- Problem No. 2 Based on EMF Equation of Single Phase Transformer
- Problem No. 3 Based on EMF Equation of Single Phase Transformer
- Problem No. 4 Based on EMF Equation of Single Phase Transformer
- Transformer on No Load in Single Phase Transformer
- Transformer on Load in Single Phase Transformer
- Equivalent Circuit Diagram Referred to Primary and Secondary
- Problem No. 1 Based on Equivalent Circuit of Transformer
- Problem No. 2 Based on Equivalent Circuit of Transformer
- Problem No. 3 Based on Equivalent Circuit of Transformer
- Problem No. 4 Based on Equivalent Circuit of Transformer
- What Are the Losses Occurring in Transformer
- What Is the Efficiency of a Transformer
- Problem No. 1 Based on Efficiency of a Single Phase Transformer
- Problem No. 2 Based on Efficiency of a Single Phase Transformer
- Problem No. 3 Based on Efficiency of a Single Phase Transformer
- Problem No. 4 Based on Efficiency of a Single Phase Transformer
- Problem No. 5 Based on Efficiency of a Single Phase Transformer
- What Are the Open Circuit Test and Short Circuit Test on Transformer
- Problem No. 1 Based on Open Circuit Test and Short Circuit Test on Transformer
- Problem No. 2 Based on Open Circuit Test and Short Circuit Test on Transformer
- Problem No. 3 Based on Open Circuit Test and Short Circuit Test on Transformer
- Problem No. 4 Based on Open Circuit Test and Short Circuit Test on Transformer

- What Is Operation of Capacitor Filter
- What is Definition of Bipolar Junction Transistor (BJT) & its Construction in Electronic
- What Is Inductor Filter in Electronics
- What Is Need of Filter and Types of Filter Circuit
- What Is Unbiased Transistor
- What Is Analysis of Half Wave Rectifier
- What Is Classification of Rectifier
- What Is Working of Half Wave Rectifier
- Introduction of Rectifier
- What Is Bridge Rectifier in Type of Full Wave Rectifier
- What Is Centre Tap Rectifier in Type of Full Wave Rectifier
- What Is Performance Parameters of Full Wave Rectifier
- What Are Biased Transistor
- What Is Bipolar Transistor Configurations
- What Is Characteristics of Common Emitter Configuration

Professor Hemant Jadhav is on a mission to change a studentâ€™s attitude while studying Basics of Electrical & Electronics Engineering. He has earned his B.E in Electrical Engineering from SPCE, University of Mumbai. And additionally an M.Tech from Indian institute of Technology (IIT-B). Also he is pursuing his Ph.D from IIT-B. Currently he is an Assistant Professor affiliated to the Mumbai University. He has vast experience in both research & teaching. His area of specialization includes Electrical Engineering, Power System, Power Electronics, Control System, and Electrical Machines. He is dedicated to Ekeeda to share his abundant set of knowledge and bless his students with concrete concepts.

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