Electrical Circuits-1 (26721)

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Course content

Course Overview
- Course overview
- Overview of Electrical Circuits-1
- Marks Distribution
- Class Routine
- Reference Book
- Assignment of Electrical Circuits-1
- Suggestions of Electrical Circuits-1
Lesson Plan
- Leason Plan
Lecture-01 Circuit parameters
- Circuit parameters
- BASIC CIRCUIT PARAMETERS - RESISTANCE, INDUCTANCE, CAPACITANCE
Lecture-02 Electric Network.
- Electric networks & Different types of networks
- Classification of Electrical Network
Lecture-03 Circuit theorems
- KCL, KVL, Superposition & Thevenin theorem
- Thevenin's Theorem - Circuit Analysis
- Kirchhoff's Law, Junction & Loop Rule, Ohm's Law - KCl & KVl Circuit Analysis - Physics
- Superposition Theorem with examples (bangla Tutorial)
Lecture-04 Circuit theorems
Lecture -05 Star-Delta conversion
- Star-Delta conversion
- STAR DELTA TRANSFORMATION | STAR TO DELTA AND DELTA TO STAR CONVERSION | BY PROF. TIKLE SIR
Lecture-06 AC circuit and AC fundamentals.
- AC circuit and AC fundamentals.
- Ac fundamental bangla
Lecture-07 AC circuit and AC fundamentals.(Frequency)
- AC circuit and AC fundamentals (Frequency)
- Sinusoid to Phasor Conversion (in Bangla) | Phasor Operations (Bangla Tutorial) #Phasor
Lecture-08 Alternating quantities and rms values.
- Alternating quantities and rms values.
- Sinusoid to Phasor Conversion (in Bangla) | Phasor Operations (Bangla Tutorial) #Phasor
delta star conversion part-2
Lecture-10 Vector Numbers
- Complex Numbers as Vectors (1 of 3: Introduction & Addition)
- EC-I (08.11.2023) (DIET).mp4
- 09.11.2023 -Ac fundametal.mp4
- Class recording of 15/11/2023
- Class recording of 16/11/2023
- 22.11.2023 screen-capture.webm

Electrical Circuits-1 (26721)

Completed

Complex Numbers as Vectors (1 of 3: Introduction & Addition)