Master Integral Calculus step by step

Instructional Videos + Practice Worksheets
Learn to integrate functions, calculate areas and volumes and solve differential equations.

One Month Access

$49 US

Master the fundamentals of antidifferentiation in this comprehensive calculus course. Learn integration techniques like substitution, parts, trig substitution and partial fractions. Calculate definite integrals to find areas between curves, volumes of solids of revolution. Solve differential equations using separation of variables, integrating factors and Euler's method. Strengthen your integral calculus skills.

Course Content
Videos 🎥 + Worksheet ✏️

SECTION 1: ANTIDIFFERENTIATION
9 Lessons
- 0.Why Integration
  Preview
- 1.Introducing Integration
  Preview
- 2.Integrating Polynomials
  Start
- 3.Integral of 1/x
  Start
- 4.Integration By Substitution
  Start
- 5.Integrating Trigonometric Functions
  Start
- 6.Integrating Exponentials
  Start
- 7.Integrals Leading To Inverse Functions
  Start
- 8.Integrating By Parts
  Start
SECTION 2: DEFINITE INTEGRALS
7 Lessons
- 0.Why Definite Integrals
  Preview
- 1.Introducing Definite Integrals
  Start
- 2.Area Between Curves
  Start
- 3.Area between curve and y-axis
  Start
- 4.Volumes of revolution
  Start
- 5.Numerical Integration
  Start
- 6.Kinematics
  Start
SECTION 3: DIFFERENTIAL EQUATIONS
7 Lessons
- 0.Why Differential Equations
  Preview
- 1.Introducing Differential Equations
  Start
- 2.General and Particular Solutions
  Start
- 3.Separating Variables
  Start
- 4.Using Substitution With Homogeneous
  Start
- 5.Using Integrating Factor Method
  Start
- 6.Using Euler’s Method
  Start

One Month Access

$49 US

"I enjoyed the structure of the questions and answers, and the quantity of questions that were available in order to practise the skills that I attained. I gained an understanding of algebra and calculus from a different angle than ways that I have been taught by previous teachers. Anyone who is looking to achieve in algebra and calculus and cannot attend school for any reason should definitely enroll in this course"

Q. C. - Year 12 Student