Additional Mathematics

for secondary 3 and 4 students | taught by Math Arena
  • 133 Videos
  • 1 Text

Course Curriculum

Introduction
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Differentiation and its Applications
198:32
Algebraic Functions
Algebraic Functions with Unknown Constants
Algebraic Functions
Denominator with Single Term
Denominator with Single Term
Denominator with Single Term with Expansion
Gradient Application
Equation of Tangent
Chain Rule for Algebraic Functions
Chain Rule for Algebraic Functions
Product Rule
Product Rule
Product Rule and Gradient Application
Product Rule and Intersection
Quotient Rule
Quotient Rule with Unknown Constants
Equation of Normal
Equation of Tangent
Solve for Unknown in Curve Equation
Equation of Normal and Intersection
Equation of Tangent and Length
Equation of Tangent Given Gradient
Equation of Normal
Rate of Change
Multivariable Rate of Change
Rate of Change and Chain Rule
Rate of Change and Chain Rule
Rate of Change and Chain Rule
Rate of Change and Chain Rule
Rate of Change and Chain Rule
Rate of Change and Chain Rule
Rate of Change Application
Increasing Function
Increasing Function
Increasing Function
Decreasing Function
Stationary Points and their Nature
Proving Existence of Stationary Points
Stationary Points and their Nature
Stationary Points
Multivariable Rate of Change
Multivariable Rate of Change
Maxima Minima Application
Maxima Minima Application
Maxima Minima Application Challenging
Maxima Minima Application Challenging
Differentiation of Cosine Function
Differentiation of Tangent Function
Differentiation of Sine and Cosine Function
Differentiation of Trigonometric Functions and Chain Rule
Quotient Rule for Trigonometric Functions
Chain Rule for Trigonometric Functions
Chain Rule for Trigonometric Functions
Chain Rule for Trigonometric Functions
Chain Rule for Trigonometric Functions
Chain Rule for Trigonometric Functions
Differentiation of Exponential Functions
Product Rule for Mixed Functions
Differentiation of Logarithmic Functions
Differentiation of Logarithmic Functions
Differentiation of Logarithmic Functions requiring Simplification
Differentiation of Logarithmic Functions requiring Simplification
Differentiation of Exponential Functions with non-e base
Differentiation of Logarithmic Functions with non-e base
Maxima Minima Application
Increasing Functions
Rate of Change
Rate of Change and Increasing Functions
Equation of Normal and Decreasing Functions
Maxima Minima Application
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Course description

for secondary 3 and 4 students
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Instructor

Math Arena
Math Arena

The instructor is from Math Arena.The instructor is absolutely passionate about teaching and you'll find the lessons engaging and ultimately rewarding.