The Maths Classroom

JHS-Lesson: Factors of numbers

JHS-Lesson: Subset (Venn diagram representation)

Integrating exponential functions

JHS-Lesson: Number of subsets

JHS-Lesson: Describing and writing sets (Part 2)

Lec. 6: Indefinite integral

Lec. 7: Integration: substitution method

Lec. 5: Fundamental Theorem of Calculus (P2)

Lec. 4: Fundamental Theorem of Calculus (P1)

JHS-Lesson: Describing and writing sets (Part 1)

Lecture 06: General Solution of a Differential Equation Part 2

Domain, co-domain and range of a function

Introduction to Differentiation

JHS-Lesson: Equal and Equivalent Sets

JHS-Lesson: Notation of a set

JHS-Lesson: Venn diagram

JHS-Lesson: Subset of a set

JHS-Lesson: Infinite set

Lec. 0: Riemann sum

Lecture 13: Exact Differential Equation

Lecture 08: Particular solution of a Differential Equation (Part 2)

Lec. 1: Definition of definite integral

Lecture 12: Homogeneous Differential Equation Part2

JHS-Lesson: Finite set

JHS-Lesson: Introduction to Sets

JHS-Lesson: Unit set

Lecture 07: Particular solution of a Differential Equation (Part 1)

Lecture 14: Worked Example on Exact Differentials

JHS-Lesson: Null or Empty set

Lecture 11: Homogeneous Differential Equation Part1

JHS-Lesson: Example of a Unit Set

Lec. 2: Worked example on definite integral

Lecture 15: Worked Example on Exact Differentials 2

Lecture 09: Method of Separation of Variables (Part 1)

Lecture 10: Method of Separation of Variables (Part 2)

Lec. 3: Properties of definite integral

JHS-Lesson: Universal set

Directional Derivatives 1.2

Lecture 16a: Integrating Factor

Findng the range of a function

Directional Derivatives 1.1

Equivalence relation of functions

Lec. 10: Integration by parts 3

Relation and Cartesian Product

JHS-Lesson: listing elements of a set

Lec. 8: Integration by parts 1

Definition of a function

Domain of a function

Lec. 9: Integration by parts 2

Directional Derivatives