There are no items in your cart
Add More
Add More
Item Details | Price |
---|
Learn, Understand, Discuss. "GO" for the Best.
star star star star star_half | 4.9 (69 ratings) |
Instructor: Sachin Mittal (MTech IISc Bangalore, Ex-Amazon Scientist, GATE AIR 33)
Language: English
Enrolled Learners: 23175
Validity Period: Lifetime
GO Classes Complete Discrete Mathematics and Engineering Mathematics Courses are FREE for all learners. Sign up and start learning.
Important Links (Click Below):
Discrete Mathematics Complete Course (FREE for ALL)
Engineering Mathematics Complete Course (FREE for ALL)
Enroll here for GO Classes GATE Complete Course
Enroll here for GO+Goclasses TEST SERIES
Download GO Classes Android APP
Join GO Classes public Telegram Group for Doubt Discussions
Features of the course:
1. Quality Content: No Rote-learning. No poor understadning. No By-hearting of formulas, tables or theorems. Understand everything with proofs-intuitions-ideas.
2. No Prerequisites: Every concept is taught from basics, without assuming any prior knowledge whatsoever.
3. Daily Homeworks: Practice material, with solutions, for Every Lecture to test your understanding of concepts of respective lecture.
4. Summary Lectures: Short videos which summarises every concept and detail of the course. Helps in quick revision.
5. Quality Practice Sets: Practice Sets from standard resources, with solutions, containing a lot of quality questions for practice.
6. Weekly Quizzes: Every week, there will be a Live Quiz, containing 15-20 questions, to evaluate your understanding of concepts taught in the previous week. The Quiz questions can be seen, solved even after tha live quiz is over.
7. Doubt Resolution: All your doubts will be resolved directly by the faculty. There is a dedicated Telegram group for Enrolled Students of Goclasses where our faculties resolve students' doubts. So, our students don't have to go anywhere else for asking doubts.
Enroll Now.
Enroll here for GO Classes GATE CSE Complete Course
Linear Algebra | |||
Lecture 1A - Why Study Linear Algebra 22:00 | |||
Lecture 1B - Linear Algebra for GATE & Interviews 14:00 | |||
Annotated Notes - Lecture 1A-1B (32 pages) | |||
Lecture 1C - Linearly Independent and Linearly Dependent 75:00 | |||
Annotated Notes - Lecture 1C (92 pages) | |||
Lecture 2A - Filling the Space Part 1 44:00 | |||
Lecture 2B - Filling the Space Part 2 28:00 | |||
Lecture 2C - Summary So far 12:00 | |||
Lecture 2D - Multiplying a Matrix & a Vector 26:00 | |||
Annotated Notes - Lecture 2 (103 pages) | |||
Homework 1 - Linear Dependence & Independence (12 pages) | |||
Live Session 1 - Homework 1 Discussion | |||
Annotated Notes - Live Session 1 (20 pages) | |||
Lecture 3A - Why Solve System Of Linear Equations 22:00 | |||
Lecture 3B - Writing as Ax=b, Geometric Interpretation and Possible Solutions 24:00 | |||
Lecture 3C - Understanding Ax=b intuitively 44:00 | |||
Lecture 3 Annotated Notes (74 pages) | |||
4a. Multiplying 2 Matrices | My Walmart Interview Question 18:00 | |||
4b. GATE 2016 Question 16:00 | |||
4c. GATE 2014 Question 14:00 | |||
4d. Two conceptual questions 28:00 | |||
4e. Linear Combination of Independent vectors is unique 28:00 | |||
4f. GATE 2017 Question 4:00 | |||
Lecture 4 Annotated Notes (76 pages) | |||
(New) Practice Questions based on Concepts covered upto lecture 4F 80:00 | |||
Annotated Notes Practice Questions based on Concepts covered upto lecture 4F (79 pages) | |||
(New) Practice Questions based on Concepts covered upto lecture 4F - Part2 82:00 | |||
Annotated Notes Practice Questions based on Concepts covered upto lecture 4F Part2 (82 pages) | |||
Weekly Quiz 3 - Fundamental Course and Linear Algebra (7 pages) | |||
(New) Weekly Quiz 3 GATE 2025 Solution 100:00 | |||
Annotated Notes Weekly Quiz 3 Linear Algebra (64 pages) | |||
Homework 2 (20 pages) | |||
5a. Echelon Form and Pivot Columns 37:00 | |||
5b. Gaussian Elimination 26:00 | |||
Live Session -2 | |||
Live Session 2 Annotated Notes (48 pages) | |||
5c. Rank | GATE 1994 Question | Rank Nullity Theorem 11:00 | |||
5d. Finally Solving Ax=b | Five Different Questions 33:00 | |||
5e. More than one free variable in 𝐴𝑥=0 solution 32:00 | |||
Lecture 5 Annotated Notes (125 pages) | |||
Live Session -3 | |||
Live Session 3 Annotated Notes (18 pages) | |||
6a. GATE 2021 Question | Free variables in Non homogeneous 19:00 | |||
6b. Solutions based on Rank(A) and Rank(A|b) 18:00 | |||
6c. Few Questions related to rank(A) and Number of solutions 8:00 | |||
6d. [OPTIONAL] Linearly Independent Columns with Gaussian Elimination 24:00 | |||
6e. [Optional] Row Reduced Echelon Form 28:00 | |||
Lecture 6 Annotated Notes (74 pages) | |||
Homework Questions Set 2 (20 pages) | |||
Lecture 7 Determinant 100:00 | |||
Lecture 7b Inverse of a Matrix | |||
Lecture 7c. Crammer's rule 26:00 | |||
Lecture 7 Annotated Notes (149 pages) | |||
Live Session -4 | |||
Live Session 4 Annotated Notes (42 pages) | |||
Lecture 8a. Introduction to Eigenvalues and Eigenvectors 23:00 | |||
Lecture 8b. Characterstic Equation 15:00 | |||
Lecture 8c. Solving for Eigenvalues and Eigenvectors 22:00 | |||
Lecture 8 Annotated Notes (45 pages) | |||
Lecture 9a. Linearly Independent eigen vectors with repeating eigenvalues 21:00 | |||
Lecture 9b. Three Different Examples With Repeating Lambda 30:00 | |||
Lecture 9c. Symmetric Matrices has n LI Eigen Vectors 12:00 | |||
Lecture 9d. Two Magical Properties 12:00 | |||
Lecture 9 Annotated Notes (95 pages) | |||
Live Session -5 | |||
Live Session 5 Annotated Notes (131 pages) | |||
10a. Rank and Eigen Values 22:00 | |||
10b. Examples on Rank and Eigen Values 15:00 | |||
10c. CAYLEY-HAMILTON THEOREM 16:00 | |||
10d. Eigen Values of AB and BA 32:00 | |||
10e. Eigen Values of Powers of A 17:00 | |||
Lecture 10 Annotated Notes (99 pages) | |||
Live Session 6 (Three Tough/Interesting GATE PYQs) | |||
Live Session 6 Annotated Notes (14 pages) | |||
Weekly Quiz 6 - Linear Algebra (10 pages) | |||
Lecture 11a. LU Decomposition 25:00 | |||
Lecture 11b. Type Of Matrices 84:00 | |||
Lecture 11 Annotated Notes (80 pages) | |||
Weekly Quiz 7 - Linear Algebra (9 pages) | |||
Live Session -7 Weekly Quiz Solutions | |||
Live Session 7 Annotated Notes (59 pages) | |||
Live Session -8 Weekly Quiz 7 LA Solutions | |||
Live Session 8 Annotated Notes (23 pages) | |||
Annotated Notes Scholarship test Linear Algebra Solution (63 pages) | |||
Probability | |||
Lecture 1a Probability Definition, Sample Space and Events 28:00 | |||
Lecture 1b. Inclusion Exclusion Principle, Demorgan's Law 37:00 | |||
Lecture 1 Annotated Notes (40 pages) | |||
Lecture 2a. Conditional Probability Introduction 34:00 | |||
Lecture 2b. Conditional Probability Examples 26:00 | |||
Lecture 2c. Introduction to Tree Diagram 32:00 | |||
Lecture 2 Annotated Notes (70 pages) | |||
Lecture 3a. Total Probability 36:00 | |||
LIVE Session 1: GATE PYQs Tree Method | |||
Live Session 1 Annotated Notes (35 pages) | |||
Lecture3b. Conditional Probability Examples 33:00 | |||
Lecture 3 Annotated Notes (55 pages) | |||
Lecture3c. GATE PYQs and Bayes Theorem | |||
Annotated Notes Lecture3c. GATE PYQs and Bayes Theorem (48 pages) | |||
[Optional] My LinkedIn Interview 49:00 | |||
[Optional] My Linkedin Interview (28 pages) | |||
Lecture 4a. independence of events 43:00 | |||
Lecture 4b. Conditional Independence 32:00 | |||
Lecture 4 a,b Annotated Notes (61 pages) | |||
Lecture 4c. Independence Does not imply Conditional Independence 22:00 | |||
Lecture 4c Annotated Notes (22 pages) | |||
Lecture 4d: Random Variables Introduction | |||
Annotated Notes Lecture 4d: Random Variables Introduction (46 pages) | |||
Lecture 5a. Practice Questions on Random Variables 29:00 | |||
Lecture 5a. Independence of events (20 pages) | |||
LIVE Session 4: Practice Questions on Random Variables | |||
Live Session 4 Annotated Notes (46 pages) | |||
Weekly Quiz 8 - Conditional Probability (6 pages) | |||
LIVE Session 5: Weekly Quiz 8 (Conditional Prob) Discussion | |||
Live Session 5 Annotated Notes (56 pages) | |||
Lecture 6a. Types of Random Variables 9:00 | |||
Lecture 6b. Probability Mass Function Questions Part 1 20:00 | |||
Lecture 6c. Probability Mass Function Questions Part 2 15:00 | |||
Lecture 6 Annotated Notes (39 pages) | |||
Lecture 7a. Expectation of Discrete Random Variable 19:00 | |||
Lecture 7b Expectation vs Average 40:00 | |||
Lecture 7c.[Optional] Expectation as center of mass 8:00 | |||
Lecture 7d. MIT Question and GATE 2021 Question 13:00 | |||
Lecture 7e. Expectation of Random Variable which is a Function of Random Variable 18:00 | |||
Lecture 7 Annotated Notes (70 pages) | |||
LIVE Session 6 | |||
Live Session 6 Annotated Notes (35 pages) | |||
Lecture 8a. Question number 8 21:00 | |||
Lecture 8b. Question number 9, 10, 11 17:00 | |||
Lecture 8c. Question number 12, 13 30:00 | |||
Lecture 8 Annotated Notes (37 pages) | |||
Lecture 9a. Cumulative Distribution Function 31:00 | |||
[LIVE] Lecture 9b - Variance Intuition and Formula 52:00 | |||
[LIVE] Lecture 9c- Variance Main Formula and Questions 38:00 | |||
[LIVE] Lecture 9d- Variance Questions 45:00 | |||
Lecture 9 Annotated Notes (85 pages) | |||
[LIVE] Lecture 10a: Discrete random variable (Bernoulli and Binomial RVs) 77:00 | |||
[LIVE] Lecture 10b. MIT Question on Binomial RV 16:00 | |||
[LIVE] Lecture 10c. Optional and Skip - Question on Plot of PMF 19:00 | |||
[LIVE] Lecture 10d. Poisson RV 28:00 | |||
10d. Discrete Uniform RV Introduction 15:00 | |||
[LIVE] Lecture 10 Annotated Notes (79 pages) | |||
Lecture 11a. Introduction to Continuous Distributions | Intuition about PDF 32:00 | |||
Lecture 11b. Continuous Uniform Distribution 25:00 | |||
Lecture 11c. Normal Distribution 43:00 | |||
Lecture 11d. Normal Distribution - 2 17:00 | |||
Lecture 11E. Exponential Distribution 18:00 | |||
Lecture 11 Annotated Notes (83 pages) | |||
Lecture 12. Statistics - Mean Mode Median 35:00 | |||
Lecture 12 Annotated Notes (20 pages) | |||
LIVE: Weekly Quiz 11 Discussion :- Random Variables and Probability Distributions | |||
Annotated Notes - Weekly Quiz 11 Discussion - Random Variables & Probability Distributions (47 pages) | |||
Weekly Quiz 11 - Probability Distributions (7 pages) | |||
Calculus (GATE 2025) | |||
Lecture 1: Finding Limit of a function 116:00 | |||
Annotated Notes Lecture 1 Limits and Indeterminant Form (68 pages) | |||
Lecture 2: Methods to Evaluate the Limit of a function | |||
Annotated Notes Lecture 2 Evaluating Limits (126 pages) | |||
Lecture 3: Limits L'Hôpital's rule and Other Indeterminate forms of powers | |||
Annotated Notes Lecture 3 L hopital rule and Evaluating Power forms in Indeterminate form (78 pages) | |||
Homework Limit Calculus GATE CSE PYQs | |||
Lecture 4: Continuity and Introduction to Differentiability 91:00 | |||
Annotated Notes Lecture 4 Continuity and Differentiability (106 pages) | |||
Lecture 5: Maxima and Minima | |||
Lecture 6: Integration 107:00 | |||
Annotated Notes Lecture 6 Integration (97 pages) | |||
Calculus (Old Videos) | |||
About this series | |||
Limits in Calculus | Calculus | Engineering Mathematics | GATE | GO Classes | GATE Overflow 50:00 | |||
Continuity in Calculus | Calculus | Engineering Mathematics | GATE | GO Classes | GATE Overflow 12:00 | |||
Differentiability in Calculus | Calculus | Engineering Mathematics | GATE | GO Classes 17:00 | |||
Maxima Minima in Calculus | Calculus | Engineering Mathematics | GATE | GO Classes 28:00 | |||
Intermediate Value Theorem | Calculus | Engineering Mathematics | GATE Computer Science 18:00 | |||
Rolle's Theorem and Examples | Calculus | Engineering Mathematics | GATE Computer Science 13:00 | |||
Integration with ALL GATE PYQs | Tic Tac Toe method | Engineering Mathematics | GO Classes 44:00 | |||
Limits Annotated Notes (24 pages) | |||
Continuity Annotated Notes (8 pages) | |||
Differentiability Annotated Notes (7 pages) | |||
Maxima and Minima Annotated Notes (15 pages) | |||
Intermediate Value Theorems Annotated Notes (15 pages) | |||
Annotated Notes Rolle theorem (11 pages) | |||
Integration Annotated Notes (31 pages) | |||
LIVE Session 1: Limit and Continuity | |||
LIVE Session 1 Annotated Notes (86 pages) | |||
LIVE Session 2: Differentiability | |||
LIVE Session 2 Annotated Notes (107 pages) | |||
LIVE Session 3: Double Derivative and Mean Value Theorems | |||
LIVE Session 3 Annotated Notes (83 pages) | |||
LIVE Session 4: Integration | |||
LIVE Session 4 Annotated Notes (74 pages) | |||
Calculus Quiz - Weekly Quiz 14 | |||
Weekly Quiz 14 - Calculus (10 pages) | |||
Annotated Notes - Calculus Quiz Discussion (70 pages) | |||
Students' Hand Written Notes | |||
Notes by Quantum City (AIR 107, GATE CS 2024, Shreyas Rathod) - Engineering Mathematics Notes (47 pages) | |||
Linear Algebra Notes - by Aditya (121 pages) | |||
Probability Notes - by Aditya (141 pages) | |||
Handwritten Notes by Karan Agrawal (AIR 102 GATE CS 2024) - Linear Algebra | |||
Handwritten Notes by Karan Agrawal (AIR 102 GATE CS 2024) - Probability |
Complete Engineering Mathematics course is FREE for ALL learners.
After FREE Enrollment, this item would be added to your "my courses".
You can access your courses in the following ways :