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Course Overview (Hindi)
1,457 plays

In this lesson we have covered the course overview part and understand about the strategy to prepare the calculus. We will also understand about basic introduction to limit.

Sanjay Yadav
|| Faculty of GATE || Qualified GATE 2014/2015/2016 || Alumni of IIEST SHIBPUR || || Passion for Teaching ||

Unacademy user
clear and precise
sir please please please upload lectures of mathematics remain IMG chapters
is it a complete course or still topics are remaining?
Sanjay Yadav
4 months ago
Only vector calculus is remaining which will be covered shortly
Musab Arab
4 months ago
I'll wait ... Thankyou Sir ... can you tell approximately in how much time it'll be uploaded?
Sanjay Yadav
4 months ago
Approximately 2 weeks
  1. GATE Complete Course on Calculus

  2. Hello! I am Sanjay Yadav M.Tech. - Communication and Signal processing Engineering (IIEST SHIBPUR) Qualified GATE -2014/2015/2016 Published IEEE International Conf. Paper SPCOM 2016 (IISc Bangalore) unacademy Follow me


  4. Calculus OSyllabus: 1. Limits and Continuity 2. Differentiability 3. Definite and Improper Integrals 4. Partial Differentiation 5. Multiple Integrals 6. Vector Differentiation 7. Vector Integration 8. Taylor Series 9. Fourier Series

  5. Calculus: Part 1 Limit of a Function Continuity of a Function ODifferentiability

  6. TARGET AUDIENCE 1. GATE Aspirants 2. Preparing for PSU 3. Preparing for ESE 4. Interest to learn Engineering Mathematics

  7. CALCULUS O Weightage 1987-2018 Limit, Continuity and Differentiability Definite and Improper Integrals Partial Differentiation 8% 15% - Multiple Integrals a Vector Differentiation . Vector Integration - Taylor Series 15% 15% 15% 12% 12% Fourier Series

  8. Course Outcome O Confidence O Concept O Accuracy and Speed O Improved performance in Engineering Mathematics

  9. Introduction to Limit To understand the behaviour of Function, Yfx we usually check for every value of 'X" Think about the neighbourhood values which is near X-0, what is the value of Y? Y =-2%. What is the value of y at X = 0 Approximate Value

  10. THANKS! Any questions? You can find me at