Applied Mathematics - II
Mumbai University - Civil Engineering - SEM II


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  • Lectures
  • 115 Lectures
  • Videos
  • 19.07 Hrs Video

Course Description

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Curriculum

Total Chapters: 5 115 Videos

Chapter No. 1 : Module I

   

What is Exact Differential Equation ?

Preview 5.33

Problem no 1 on Exact differential Equation

Preview 7.4

Problem no 2 on Exact differential Equation

8.48

Problem no 3 on Exact differential Equation

10.27

Equations Reducible to Exact by Integrating Factors

5.38

Problem no 3 on Equation Reducible To Exact

11.21

Problem no 4 on Equation Reducible To Exact

9.01

Problem no 5 on Equation Reducible To Exact

18.39

Problem no 6 on Equation Reducible To Exact

14.42

What is Linear Differential Equation

4.41

Problem No.1 on Linear Differential Equation

5.41

Problem No.2 on Linear Differential Equation

6.58

Equation Reducible to Linear Form

4.17

Problem 1 on Equation Reduciable to Linear Form

10.06

Problem 2 on Equation Reduciable to Linear Form

9

Problem 3 on Equation Reduciable to Linear Form

13.51

Problem 4 on Equation Reduciable to Linear Form

8.37

Higher Order Differential Equation - Introduction

6.19

Solution of Higher Order Differential Equation with Constanr Coefficient

21.04

Solution of Higher Order Differential Equation when R.H.S = 0

8.56

Higher Order Differential Equation when R.H.S = 0 - Problem 1

13.18

Higher Order Differential Equation when R.H.S = 0 - Problem 2

10.57

Solution of Higher Order Differential Equation when R.H.S = e^ax

11.01

Higher Order Differential Equation when R.H.S = e^ax - Problem 1

13.46

Higher Order Differential Equation when R.H.S = e^ax - Problem 2

13.22

Higher Order Differential Equation when R.H.S = sinax,cosax Problem 2

13.04

Solution of Higher Order Differential Equation when R.H.S = X^m

9.25

Higher Order Differential Equation when R.H.S = X^m - Problem 1

12.1

Higher Order Differential Equation when R.H.S = X^m - Problem 2

15.59

Solution of Higher Order Differential Equation when R.H.S = e^ax.V

4.09

Higher Order Differential Equation when R.H.S = e^ax.V Problem 1

8.5

Higher Order Differential Equation when R.H.S = e^ax.V Problem 2

18.3

Solution of Higher Order Differential Equation when R.H.S = X.V

4.01

Higher Order Differential Equation when R.H.S = X.V Problem 1

11.22

Higher Order Differential Equation when R.H.S = X.V Problem 2

8.06

Solution of Higher Order Differential Equation when R.H.S. does not belongs to above form

6.56

Higher Order Differential Equation when R.H.S. does not belongs to above form - Problem 1

6.27

Chapter No. 2 : Module II

   

Higher Order Differential Equation - Introduction

Preview 6.19

Solution of Higher Order Differential Equation with Constanr Coefficient

Preview 21.04

Solution of Higher Order Differential Equation when R.H.S = 0

8.56

Higher Order Differential Equation when R.H.S = 0 - Problem 1

13.18

Higher Order Differential Equation when R.H.S = 0 - Problem 2

10.57

Solution of Higher Order Differential Equation when R.H.S = e^ax

11.01

Higher Order Differential Equation when R.H.S = e^ax - Problem 1

13.46

Higher Order Differential Equation when R.H.S = e^ax - Problem 2

13.22

Higher Order Differential Equation when R.H.S = sinax,cosax Problem 2

13.04

Solution of Higher Order Differential Equation when R.H.S = X^m

9.25

Higher Order Differential Equation when R.H.S = X^m - Problem 1

12.1

Higher Order Differential Equation when R.H.S = X^m - Problem 2

15.59

Solution of Higher Order Differential Equation when R.H.S = e^ax.V

4.09

Higher Order Differential Equation when R.H.S = e^ax.V Problem 1

8.5

Higher Order Differential Equation when R.H.S = e^ax.V Problem 2

18.3

Solution of Higher Order Differential Equation when R.H.S = X.V

4.01

Higher Order Differential Equation when R.H.S = X.V Problem 1

11.22

Higher Order Differential Equation when R.H.S = X.V Problem 2

8.06

Solution of Higher Order Differential Equation when R.H.S. does not belongs to above form

6.56

Higher Order Differential Equation when R.H.S. does not belongs to above form - Problem 1

6.27

Chapter No. 3 : Module III

   

Problem 1 based on Gamma Function

Preview 7.4

Problem 2 based on Gamma Function

Preview 14.21

Problem 3 based on Gamma Function

9.39

Problem 4 based on Gamma Function

8.26

Problem 5 based on Gamma Function

6

Misellaneous Problem No 1 on Gamma Function

11.36

Misellaneous Problem No 2 on Gamma Function

6.28

Misellaneous Problem No 3 on Gamma Function

11.14

Misellaneous Problem No 4 on Gamma Function

12.37

Duplication of Formula-Proof

16.13

What is Beta Function - Definition & Formula

7.3

Problem no.1 on beta function (Type-I)

8.15

Problem no.2 on beta function (Type-I)

7.16

Problem no.3 on beta function (Type-I)

7.3

Problem no.4 on beta function

11.57

Problem no.5 on beta function

9.44

Problem no.6 on beta function

9.13

Problem no.7 on beta function

10.37

Problem no.8 on beta function

17.24

Problem no.9 on beta function

10.52

Problem no.10 on beta function

13.46

Problem no.11 on beta function

8.27

Problem no.12 on beta function

4.54

Problem no.13 on beta function

6.09

Problem no.14 on beta function

12.25

Problem no.15 on beta function

5.42

Problem no.16 on beta function

6.29

Problem no.17 on beta function

4.24

Problem no.18 on beta function

4.55

Problem no.19 on beta function

4.46

Problem no.20 on beta function

7.44

Chapter No. 4 : Module IV

   

problem 1 based on Differentiation under Integral Sign (one parameter)

Preview 11.26

problem 2 based on Differentiation under Integral Sign (one parameter)

Preview 15.52

problem 3 based on Differentiation under Integral Sign (one parameter)

12.2

problem 4 based on Differentiation under Integral Sign (one parameter)

19.34

problem 5 based on Differentiation under Integral Sign (one parameter)

15.58

problem 1 based on Differentiation under Integral Sign (two parameter)

11.53

problem 2 based on Differentiation under Integral Sign (two parameter)

11.04

problem 3 based on Differentiation under Integral Sign (two parameter)

12.54

Problem on Trapezoidal rule

8.11

What is Simpson's One-Third Rule ?

7.55

Problem 1 on Simpson's One-Third Rule

9.08

Problem 2 on Simpson's One-Third Rule

13.39

What is Simpson's Three-Eigth Rule ?

7.41

Problem 1 on Simpson's Three-Eigth Rule

8.13

Problem 2 on Simpson's Three-Eigth Rule

8.24

Problem on Trapezoidal rule

8.11

What is Simpson's One-Third Rule ?

7.55

Problem 1 on Simpson's One-Third Rule

9.08

Problem 2 on Simpson's One-Third Rule

13.39

What is Simpson's Three-Eigth Rule ?

7.41

Problem 1 on Simpson's Three-Eigth Rule

8.13

Problem 2 on Simpson's Three-Eigth Rule

8.24

Chapter No. 5 : Module V

   

How to Evaluate Double Integrals ?

Preview 13.01

Problem No 1 on Double Intrgrals

Preview 7.07

Problem No 2 on Double Intrgrals

8.23

Problem No 3 on Double Intrgrals

7.23

Problem No 4 on Double Intrgrals

18.25

Instructor Biography

Mahesh Wagh, Instructor and Teacher

Professor Mahesh Wagh has pledged to eradicate the fear of Mathematics from all those students who are afraid of studying this subject. His experience of teaching mathematics stretches over a timespan of around 10 years. He has earned a degree in computer engineering from Mumbai University. Apart from this, he also has an industrial experience in an MNC for 3 years of employment. He is an extraordinary person when it comes to innovation, technology & entrepreneurship. He is the founder of an institution which helps students to add increment to their scores by his authentic style of teaching. He is successfully running a start-up in order to spread quality education, digitally around the globe. You are gonna enjoy studying under him.