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Outline
C2 Calculus
Calculus - Average Rate of Change
Application of Derivatives
Rules of the Definite Integral
derivate puzzle
Introduction to Differentiation
First Principles Differentiation
The idea of limit in differential calculus
Differentiation from first principles introduced
Finding stationary points
Area Between Two Functions
Area under the Curve
Determine the tangent and the normal of a curve
Differentiation: Cylinder Optimisation Problems
Area between curves
C2 Calculus
Author:
Saqib Safdar
Topic:
Calculus
Calculus - Average Rate of Change
Application of Derivatives
Rules of the Definite Integral
derivate puzzle
Introduction to Differentiation
First Principles Differentiation
The idea of limit in differential calculus
Differentiation from first principles introduced
Finding stationary points
Area Between Two Functions
Area under the Curve
Determine the tangent and the normal of a curve
Differentiation: Cylinder Optimisation Problems
Area between curves
Next
Calculus - Average Rate of Change
New Resources
Equation of Locus - Parabola
Circle Passing Through 3 Points
Using Experimental Probability to Estimate π - Monte Carlo Method
apec
Prism Drawn in 1-Point Perspective
Discover Resources
Line integrals of scalar functions
Properties of Squares
Distance between two points
Discover Topics
Linear Programming or Linear Optimization
Pie Chart or Circle Chart
Logic
Plane Figures or Shapes
Cuboid
