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Course Overview
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[EM2] Module 01: Differential Equations of the First Order and First Degree
- Introduction to Differential Equation
- Equation Reducible to Exact Differential Equation
- Equation Reducible to Exact Differential Equation Example 1
- Equation Reducible to Exact Differential Equation Example 2
- Equation Reducible to Exact Differential Equation Example 3
- Linear Differential Equation
- Reducible to Linear Form in Differential Equation
- Bernoulli’s Equation
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[EM2] Module 02: Linear Differential Equation with Constant Coefficient and Variable Coefficients of Higher Order
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[EM2] Module 03: Numerical Solution Of Ordinary Differential Equation
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[EM2] Module 04: Beta Gamma Functions
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[EM2] Module 05: Differentiation Under Integral Sign,Numerical Integration and Rectification
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[EM2] Module 06: Integration
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[EM2] How to pass Maths 2
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[EM2] Notes
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[Semiconductor Physics] Module 1 - Semiconductor Physics
- Semiconductor- Introduction
- Direct and Indirect band gap materials
- Intrensic and Extrensic Semiconductor
- VI.4 Electrical Conductivity of semiconductors
- VI.5 Drift velocity and Mobility and Conductivity in Conductors
- VI.6 Fermi Dirac Distribution Function
- VI.7 Fermi Level
- VI.2 Types of semicopnductors
- Hall Effect
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[Semiconductor Physics] Module 2 - Junction diode
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[Semiconductor Physics] Module 3 -Important diode
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[Semiconductor Physics] Module 4 - Bipolar Junction Transistors
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[Semiconductor Physics] Module 5 - Field Effect Transistors
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[Semiconductor Physics] Module 6 - Nano Technology
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[Engineering Graphics] Module 01 : Introduction to Engineering Graphics & Engine
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[Engineering Graphics] Module 02: Projection of Points and Lines & Planes
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[Engineering Graphics] Module 03: Projection Of Solids
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[Engineering Graphics] Module 04: Section Of Solids
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[Engineering Graphics] Module 05 : Orthographic Projections
- Orthographic Projection Full Basics Concept
- Orthographic first angle
- First Angle Method & Dimensioning Rules
- Introduction to Third Angle Method
- Third Angle Method Solved Example
- Orthographic Projection Numerical
- Orthographic Projection Numerical Part 2
- Sectional Orthography
- Sectional View Solved Example
- Sectional Orthographic Projection Solved
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[Engineering Graphics] Module 06: Isometric Views
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[Engineering Graphics] How to Pass EG
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[Data Structures] Module 01: Introduction To Data Structures
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[Data Structures] Module 02:Stack
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[Data Structures] Module 03: Queues
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[Data Structures] Module 04:Linked List
- Introduction To Linked Lists
- Array Vs Linked List
- Linked List Implementation Part #1
- Linked List Implementation Part #2
- Linked List Implementation Part #3
- Linked List Implementation Part #4
- Linked List Implementation Part #5
- Linked List Implementation Part #6
- Stack Using Linked List Part #1
- Stack Using Linked List Part #2
- Queue Using Linked List Part #1
- Queue Using Linked List Part #2
- Circular Queue Using Linked List
- Doubly Linked List #1
- Doubly Linked List #2
- Doubly Linked List #3
- Doubly Linked List #4
- Doubly Linked List #5
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[Data Structures] Module 05: Trees
- Introduction To Tree Data Structure & Binary Tree
- Binary Tree – Insertion & Traversing
- Binary Tree – Traversing & Deletion
- Binary tree Traversal
- Tree traversal methods: Pre, post and in-order traversal
- (Binary Search Tree) – Traverse the Tree in In-Order, Pre-Order and Post-Order
- Height Balaced Binary Search Tree
- AVL Tree
- AVL Tree Solved Example – #1
- AVL Tree Solved Example – #2
- B-Tree Introduction
- B-Tree Solved Example – #1
- B-Tree Solved Example – #2
- Huffman Coding
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[Data Structures] [MU-2025] Importance Solutions Notes Modulewise
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[Data Structures] Notes and IMP Solutions
- Mod 1 – Stack, Queue & Linked List [MU – Dec-2024 Importance Solutions]
- Mod 2 – Trees [MU – Dec-2024 Importance Solutions]
- Mod 3 – Graphs [MU – Dec-2024 Importance Solutions]
- Mod 4 – Recursion & Storage Management [MU – Dec-2024 Importance Solutions]
- Mod 5 – Searching & Sorting [MU – Dec-2024 Importance Solutions]
- Mod 6 – Application Of Data Structures [MU – Dec-2024 Importance Solutions]
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[C Programming] Module 1 : Introduction
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[C Programming] Module 2: Control Structure & Branching and Looping Str
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[C Programming] Module 3: Functions
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[C Programming] Module 4: Arrays and Strings
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[C Programming] Module 5: Structure and Union
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[C Programming] Module 6: Pointers
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[C Programming] Notes
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[EMC] Module 1 - Alloys
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[EMC] Module 2 - Ceramics
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[EMC] Module 3 - Composites
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[EMC] Module 4 - Plastics and Elastomers
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[EMC] Module 5 - Advanced Polymers
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[EMC] Module 6 - Nano Materials
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[EMC] [MU-2025] [Notes] Importance Solutions Modulewise
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