- Gamma Function - Problem 1
- Gamma Function - Problem 2
- Gamma Function - Problem 3
- Gamma Function - Problem 4
- Gamma Function - Problem 5
- Gamma Function - Problem 6
- Gamma Function - Problem 7
- Gamma Function - Problem 8
- Gamma Function - Problem 9
- Duplication Formula
- Beta Function - Definition and Formula
- Beta Function - Problem 1
- Beta Function - Problem 2
- Beta Function - Problem 3
- Beta Function - Problem 4
- Beta Function - Problem 5
- Beta Function - Problem 6
- Beta Function - Problem 7
- Beta Function - Problem 8
- Beta Function - Problem 9
- Beta Function - Problem 10
- Beta Function - Problem 11
- Beta Function - Problem 12
- Beta Function - Problem 13
- Beta Function - Problem 14
- Beta Function - Problem 15
- Beta Function - Problem 16
- Beta Function - Problem 17
- Beta Function - Problem 18
- Beta Function - Problem 19
- Beta Function - Problem 20

- Differentiation Under Integral Sign (DUIS) - Problem 1
- Differentiation Under Integral Sign (DUIS) - Problem 2
- Differentiation Under Integral Sign (DUIS) - Problem 3
- Differentiation Under Integral Sign (DUIS) - Problem 4
- Differentiation Under Integral Sign (DUIS) - Problem 5
- Differentiation Under Integral Sign (DUIS) - Problem 6
- Differentiation Under Integral Sign (DUIS) - Problem 7
- Differentiation Under Integral Sign (DUIS) - Problem 8

- What is Trapezoidal Rule ? Formula & Derivation
- Problem on Trapezoidal Rule
- Simpson's One Third Rule (1/3rd Rule)
- Simpson's One Third Rule (1/3 Rule) - Problem 1
- Simpson's One Third Rule (1/3 Rule) - Problem 2
- Simpson's Three Eighth Rule (3/8 Rule)
- Simpson's Three Eighth Rule (3/8 Rule) - Problem 1
- Simpson's Three Eighth Rule (3/8 Rule) - Problem 2

- Exact Differential Equations
- Exact Differential Equations - Problem 1
- Exact Differential Equations - Problem 2
- Exact Differential Equations - Problem 3
- Integrating Factors to Solve Exact Differential Equation
- Integrating Factors Differential Equations - Problem 1
- Integrating Factors Differential Equations - Problem 2
- Integrating Factors Differential Equations - Problem 3
- Integrating Factors Differential Equations - Problem 4
- Linear Differential Equations
- Linear Differential Equations - Problem 1
- Linear Differential Equations - Problem 2
- Equation Reducible to Linear Form
- Equation Reducible to Linear Form - Problem 1
- Equation Reducible to Linear Form - Problem 2
- Equation Reducible to Linear Form - Problem 3
- Equation Reducible to Linear Form - Problem 4
- What is Bernoulli's Equation?
- Problem No.1 on Bernoulli's Equation
- Problem No.2 on Bernoulli's Equation

- Higher Order Differential Equation - Introduction
- Solution of Higher Order Differential Equation with Constant Coefficient
- Solution of Higher Order Differential Equation when R.H.S = 0
- Higher Order Differential Equation when R.H.S = 0 - Problem 1
- Higher Order Differential Equation when R.H.S = 0 - Problem 2
- Solution of Higher Order Differential Equation when R.H.S = e^ax
- Higher Order Differential Equation when R.H.S = e^ax - Problem 1
- Higher Order Differential Equation when R.H.S = e^ax - Problem 2
- Solution of Higher Order Differential Equation when R.H.S = sinax,cosax
- Higher Order Differential Equation when R.H.S = sinax,cosax - Problem 1
- Higher Order Differential Equation when R.H.S = sinax,cosax - Problem 2
- Solution of Higher Order Differential Equation when R.H.S = X^m
- Higher Order Differential Equation when R.H.S = X^m - Problem 1
- Higher Order Differential Equation when R.H.S = X^m - Problem 2
- Solution of Higher Order Differential Equation when R.H.S = e^ax.V
- Higher Order Differential Equation when R.H.S = e^ax.V Problem 1
- Higher Order Differential Equation when R.H.S = e^ax.V Problem 2
- Solution of Higher Order Differential Equation when R.H.S = X.V
- Higher Order Differential Equation when R.H.S = X.V Problem 1
- Higher Order Differential Equation when R.H.S = X.V Problem 2
- Solution of Higher Order Differential Equation when R.H.S. does not belongs to above form
- Higher Order Differential Equation when R.H.S. does not belongs to above form - Problem 1
- Higher Order Differential Equation when R.H.S. does not belongs to above form - Problem 2
- Method of Variation of Parameter Problem 1
- Method of Variation of Parameter Problem 2

- Euler's Method - Formula & Method of Solution
- Euler's Method - Problem 1
- Euler's Method - Problem 2
- Euler's Modified Method - Formula & Method of Solution
- Euler's Modified Method - Problem 1
- Runge Kutta Method of 4th Order - Formula & Method of Solution
- Runge Kutta Method of 4th Order - Problem 1
- Taylor's Series - Formula & Method of Solution
- Taylor's Series Method - Problem 1
- Taylor's Series Method - Problem 2

- Cauchy's Homogeneous Equation - Method of Solution
- Cauchy's Homogeneous Equation - Problem 1
- Cauchy's Homogeneous Equation - Problem 2
- Cauchy's Homogeneous Equation - Problem 3
- Legendre's Linear Equation - Method of Solution
- Legendre's Linear Equation - Problem 1
- Legendre's Linear Equation - Problem 2
- Legendre's Linear Equation - Problem 3

- Applications of Differential Equation - Problem 1
- Applications of Differential Equation - Problem 2
- Applications of Differential Equation - Problem 3
- Applications of Differential Equation - Problem 4
- Applications of Differential Equation - Problem 5
- Applications of Differential Equation - Problem 6
- Applications of Differential Equation - Problem 7

- How to Evaluate Double Integrals
- Double Integrals - Problem 1
- Double Integrals - Problem 2
- Double Integrals - Problem 3
- Double Integrals - Problem 4
- Evaluation of Integral Over a Given Region - Problem 1
- Evaluation of Integral Over a Given Region - Problem 2
- Evaluation of Integral Over a Given Region - Problem 3
- Evalution of Integral over a given Region - Problem 4
- Evalution of Integral over a given Region - Problem 5
- Evalution of Integral over a given Region - Problem 6
- Evalution of Integral over a given Region - Problem 7
- Evalution of Integral over a given Region - Problem 8
- Evalution of Integral over a given Region - Problem 9
- Evalution of Integral over a given Region - Problem 10
- Cartesian to Polar Coordinates - Problem 1
- Cartesian to Polar Coordinates - Problem 2
- Cartesian to Polar Coordinates - Problem 3
- Cartesian to Polar Coordinates - Problem 4
- Change of Order OF Integration - Problem 1
- Change of Order OF Integration - Problem 2
- Change of Order OF Integration - Problem 3
- Change of Order OF Integration - Problem 4
- Change of Order OF Integration - Problem 5
- Change of Order OF Integration - Problem 6
- Change of Order OF Integration - Problem 7
- Change of Order OF Integration - Problem 8

- Curve Tracing Introduction
- How to Find Point of Intersection of Two Curves
- How to Find Critical Point of Curve
- Tracing of Parabola
- Transformation property - Curve Tracing
- Finding Symmetry of Curve - Curve Tracing?
- Finding region where curve does not exist - Curve Tracing
- Tracing a Circle - Curve Tracing
- Tracing of Cube Function y=x^3 - Curve Tracing
- Tracing of Catenary y=a cosh(x/a) - Curve Tracing
- Finding Asymptote of curve - Curve Tracing
- Tracing of Hyperbola - Curve Tracing
- Finding Tanget at origin - Curve Tracing
- Tracing of Cissoid of Diocles y^2.(2a-x)=x^3
- Tracing of Strophoid y^2.(a-x)=x^2.(a+x)
- Tracing of Folium of Descartes x^3+y^3=3axy
- Tracing of Lemniscate of Bernoulli's
- Tracing of Astroid or Four Cusped Hypocycloid
- Tracing of Witch of Agnes xy^2=a^2(a-x)
- Tracing of Rectangular Hyperbola xy=1

- Area by Double Integration - Formula
- Area by Double Integration - Cartesian Coordinates - Problem 1
- Area by Double Integration - Cartesian Coordinates - Problem 2
- Area by Double Integration - Cartesian Coordinates - Problem 3
- Area by Double Integration - Cartesian Coordinates - Problem 4
- Area by Double Integration - Cartesian Coordinates - Problem 5
- Area by Double Integration - Cartesian Coordinates - Problem 6
- Area by Double Integration - Polar Coordinates - Problem 1
- Area by Double Integration - Polar Coordinates - Problem 2
- Area by Double Integration - Polar Coordinates - Problem 3
- Area by Double Integration - Polar Coordinates - Problem 4
- Area by Double Integration - Polar Coordinates - Problem 5
- Area by Double Integration - Polar Coordinates - Problem 6

- Mass of Lamina - Formula
- Mass of Lamina - Cartesian Coordinates - Problem 1
- Mass of Lamina - Cartesian Coordinates - Problem 2
- Mass of Lamina - Cartesian Coordinates - Problem 3
- Mass of Lamina - Cartesian Coordinates - Problem 4
- Mass of Lamina - Polar Coordinates - Problem 1
- Mass of Lamina - Polar Coordinates - Problem 2
- Mass of Lamina - Polar Coordinates - Problem 3
- Mass of Lamina - Polar Coordinates - Problem 4

- Introduction to Rectification of Curve
- Graphs of Linear Equations
- Length of Curve in Cartesian Form - Problem 1
- Length of Curve in Cartesian Form - Problem 2
- Arc Length of Astroid Curve
- Arc Length of Cardioid Curve
- Arc Length of Circle Curve
- Arc Length of Lemniscate Curve
- Arc Length of Polar Curve - Problem 1
- Arc Length of Polar Curve - Problem 2
- Length of Loop of Curve (Strophoid)
- Length of Loop of Curve - Problem 1
- Length of Loop of Curve - Problem 2
- Arc Length of Parametric Curve - Problem 1

- Different Coordinate Systems
- Evaluation of Triple Inegration - Problem 1
- Evaluation of Triple Inegration - Problem 2
- Evaluation of Triple Inegration - Problem 3
- Evaluation when region is bounded by Planes - Problem 1
- Evaluation when region is bounded by Planes - Problem 2
- Evaluation when region is bounded by Planes - Problem 3
- Evaluation when region is bounded by Sphere - Problem 1
- Evaluation when region is bounded by Sphere - Problem 2
- Evaluation when region is bounded by Sphere - Problem 3
- Evaluation when region is bounded by Ellipsoid - Problem 1
- Evaluation when region is bounded by Ellipsoid - Problem 2
- Evaluation when region is bounded by Cone - Problem 1
- Evaluation when region is bounded by Cone - Problem 2
- Evaluation when region is bounded by Cylinder - Problem 1
- Evaluation when region is bounded by Cylinder - Problem 2
- Evaluation when region is bounded by Paraboloid - Problem 1

- Volume - Formula
- Right Circular Cone & Cylinder - Equation and Types
- Tetrahedron, Sphere & Paraboloid - Equation & Types
- Volume of region bounded by Planes - Problem 1
- Volume of region bounded by Planes - Problem 2
- Volume of region bounded by Planes - Problem 3
- Volume of Region bounded by Right Circular Cylinder - Problem 1
- Volume of Region bounded by Right Circular Cylinder - Problem 2
- Volume of Region bounded by Right Circular Cone - Problem 1
- Volume of Region bounded by Right Circular Cone - Problem 2
- Volume of Region bounded by Paraboloid - Problem 1
- Volume of Region bounded by Paraboloid - Problem 2
- Volume of Region bounded by Sphere - Problem 1
- Volume of Region bounded by Sphere - Problem 2

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.

We help you in unlocking your professional careers

- Career Driven Content
- 1:1 Mentoring Sessions
- Internships
- Mock Interviews & Placement Support

- Unlimited Video Access
- Mock Tests and Quizzes
- Query Discussion Forum
- Live Doubt Solving Sessions

Our users have achieved so much in just a little time.