Relations Explained Easily
Prof. Sonam Kumar
Relations Explained Easily
24:15
Numerical Methods to Solve ODEs - Summary
Prof. Sonam Kumar
Numerical Methods to Solve ODEs - Summary
29:05
Live Lecture on Graph Coloring
Prof. Sonam Kumar
Live Lecture on Graph Coloring
1:08:16
Finding General Term for Recurrence Relations - Methodology
Prof. Sonam Kumar
Finding General Term for Recurrence Relations - Methodology
5:09
Recurrence Relations - How to solve them!
Prof. Sonam Kumar
Recurrence Relations - How to solve them!
13:17
Machine Learning - 5 MINUTE INTRODUCTION
Prof. Sonam Kumar
Machine Learning - 5 MINUTE INTRODUCTION
5:30
Solving (2x-1)^2 y" + (2x-1) y' - 2 y = 8x^2 - 2x + 3 - SOLUTION EXPLAINED
Prof. Sonam Kumar
Solving (2x-1)^2 y" + (2x-1) y' - 2 y = 8x^2 - 2x + 3 - SOLUTION EXPLAINED
16:53
Solving x^2 D2y - x Dy + y = log(x) - SOLUTION EXPLAINED
Prof. Sonam Kumar
Solving x^2 D2y - x Dy + y = log(x) - SOLUTION EXPLAINED
8:09
Finding PI for D2y + 4Dy + 4y = e^(-2x) - SOLUTION EXPLAINED
Prof. Sonam Kumar
Finding PI for D2y + 4Dy + 4y = e^(-2x) - SOLUTION EXPLAINED
5:31
Finding PI for D2y + 7Dy + 6y = e^(-x) - SOLUTION EXPLAINED
Prof. Sonam Kumar
Finding PI for D2y + 7Dy + 6y = e^(-x) - SOLUTION EXPLAINED
4:24
Finding PI for D2y + 5Dy + 4y = 4^x - SOLUTION EXPLAINED
Prof. Sonam Kumar
Finding PI for D2y + 5Dy + 4y = 4^x - SOLUTION EXPLAINED
5:05
Finding PI for D3y + D2y + Dy + y = e^(3x+4)
Prof. Sonam Kumar
Finding PI for D3y + D2y + Dy + y = e^(3x+4)
3:38
Finding PI for D2y + 3Dy + 2y = e^x - SOLUTION EXPLAINED
Prof. Sonam Kumar
Finding PI for D2y + 3Dy + 2y = e^x - SOLUTION EXPLAINED
2:52
Finding PI for Dy + 3y = e^2x - SOLUTION EXPLAINED
Prof. Sonam Kumar
Finding PI for Dy + 3y = e^2x - SOLUTION EXPLAINED
2:08
Find Particular Integral of Type 1 - ALGORITHM
Prof. Sonam Kumar
Find Particular Integral of Type 1 - ALGORITHM
8:54
Inverse Differential Operator - CONCEPT EXPLAINED
Prof. Sonam Kumar
Inverse Differential Operator - CONCEPT EXPLAINED
5:40
General Algorithm to Solve Non-Homogeneous Linear Differential Equations
Prof. Sonam Kumar
General Algorithm to Solve Non-Homogeneous Linear Differential Equations
5:45
Solving Homogeneous Linear Differential Equations - THREE PROBLEMS SOLVED
Prof. Sonam Kumar
Solving Homogeneous Linear Differential Equations - THREE PROBLEMS SOLVED
18:49
Introduction to Ordinary Differential Equations of Higher Order
Prof. Sonam Kumar
Introduction to Ordinary Differential Equations of Higher Order
11:56
Fourier series of f(x) = |x|
Prof. Sonam Kumar
Fourier series of f(x) = |x|
0:52
Verifying Rank Nullity Theorem - EXAMPLE EXPLAINED
Prof. Sonam Kumar
Verifying Rank Nullity Theorem - EXAMPLE EXPLAINED
12:13
Vector is Spanned by a Set of Vectors - EXAMPLE EXPLAINED
Prof. Sonam Kumar
Vector is Spanned by a Set of Vectors - EXAMPLE EXPLAINED
9:31
Proving Linear Transformation - EXAMPLE EXPLAINED
Prof. Sonam Kumar
Proving Linear Transformation - EXAMPLE EXPLAINED
11:14
Finding Basis and Dimension - EXAMPLE EXPLAINED
Prof. Sonam Kumar
Finding Basis and Dimension - EXAMPLE EXPLAINED
7:33
Proving Subspace Conditions - EXAMPLE EXPLAINED
Prof. Sonam Kumar
Proving Subspace Conditions - EXAMPLE EXPLAINED
12:54
Hasse Diagram Example - EXPLAINED
Prof. Sonam Kumar
Hasse Diagram Example - EXPLAINED
10:03
Operations on Relations Example - EXPLAINED
Prof. Sonam Kumar
Operations on Relations Example - EXPLAINED
12:48
Dijkstra's Algorithm Example 01 - EXPLAINED
Prof. Sonam Kumar
Dijkstra's Algorithm Example 01 - EXPLAINED
13:18
Live Lecture - Probability Problems - Mathematical Foundation for Computer Applications
Prof. Sonam Kumar
Live Lecture - Probability Problems - Mathematical Foundation for Computer Applications
1:00:45
Live Lecture - Inference Rules - Mathematical Foundation for Computer Applications
Prof. Sonam Kumar
Live Lecture - Inference Rules - Mathematical Foundation for Computer Applications
1:04:04
Live Lecture - Rules of Inference - Mathematical Foundation for Computer Applications
Prof. Sonam Kumar
Live Lecture - Rules of Inference - Mathematical Foundation for Computer Applications
1:11:56
Proving inference validity #logic
Prof. Sonam Kumar
Proving inference validity #logic
0:52
Live Lecture - Probability (Continuous) - Mathematical Foundation for Computer Applications
Prof. Sonam Kumar
Live Lecture - Probability (Continuous) - Mathematical Foundation for Computer Applications
50:03
Live Lecture - Probability (Discrete) - Mathematical Foundation for Computer Applications
Prof. Sonam Kumar
Live Lecture - Probability (Discrete) - Mathematical Foundation for Computer Applications
1:04:41
Introduction to Laws of Logic
Prof. Sonam Kumar
Introduction to Laws of Logic
33:17
Live Lecture - Partial Derivatives - Engineering Mathematics
Prof. Sonam Kumar
Live Lecture - Partial Derivatives - Engineering Mathematics
1:07:37
Live Lecture - RSA Cryptosystem - Engineering Mathematics
Prof. Sonam Kumar
Live Lecture - RSA Cryptosystem - Engineering Mathematics
1:25:16
Live Tutorial Session - Engineering Mathematics
Prof. Sonam Kumar
Live Tutorial Session - Engineering Mathematics
1:36:10
Test Live
Prof. Sonam Kumar
Test Live
8:16
Test Live Alpha
Prof. Sonam Kumar
Test Live Alpha
12:28
Prof. Sonam Kumar Live Stream
Prof. Sonam Kumar
Prof. Sonam Kumar Live Stream
Gauss Elimination Method and Gauss Jordan Method
Prof. Sonam Kumar
Gauss Elimination Method and Gauss Jordan Method
1:12:15
Relation between tangent and radial/radius vector - Derivation
Prof. Sonam Kumar
Relation between tangent and radial/radius vector - Derivation
12:07
Mean of Binomial Distribution - Derivation
Prof. Sonam Kumar
Mean of Binomial Distribution - Derivation
14:23
Lagrange's Interpolation Formula - Demonstrated
Prof. Sonam Kumar
Lagrange's Interpolation Formula - Demonstrated
16:58
Automaton for L = {w in {a,b}* : w ends with 'abb'}
Prof. Sonam Kumar
Automaton for L = {w in {a,b}* : w ends with 'abb'}
9:57
Training Material for Instructors - 2022_Sem1Lab03
Prof. Sonam Kumar
Training Material for Instructors - 2022_Sem1Lab03
32:49
Training Material for Instructors - 2022_Sem1Lab04
Prof. Sonam Kumar
Training Material for Instructors - 2022_Sem1Lab04
21:10
Derivation of Polar Form of Radius of Curvature
Prof. Sonam Kumar
Derivation of Polar Form of Radius of Curvature
13:19
2022-2023 1st Semester Math Assignment 2 - Question 4
Prof. Sonam Kumar
2022-2023 1st Semester Math Assignment 2 - Question 4
7:59
2022-2023 1st Semester Math Assignment 2 - Question 5
Prof. Sonam Kumar
2022-2023 1st Semester Math Assignment 2 - Question 5
7:00
2022-2023 1st Semester Math Assignment 2 - Question 6
Prof. Sonam Kumar
2022-2023 1st Semester Math Assignment 2 - Question 6
7:34