Welcome and introduction to Module 1
Real line decimals and significant figures
The Theorem of Pythagoras and properties of the square root of 2
Algebraic expressions surds and approximations
Equations and inequalities
Sign diagrams solution sets and intervals (Part 1)
Sign diagrams solution sets and intervals (Part 2)
Distance and absolute value
Lines and circles in the plane
Notes: Real line decimals and significant figures
Notes: The Theorem of Pythagoras and properties of the square root of 2
Notes: Algebraic expressions surds and approximations
Notes: Equations and inequalities
Notes: Sign diagrams solution sets and intervals
Notes: Coordinate systems
Notes: Distance and absolute value
Notes: Lines and circles in the plane
Real line decimals and significant figures
The Theorem of Pythagoras and properties of the square root of 2
Algebraic expressions surds and approximations
Equations and inequalities
Sign diagrams solution sets and intervals
Distance and absolute value
Lines and circles in the plane
Functions as rules with domain range and graph
Polynomial and power functions
Exponential growth and decay
The unit circle and trigonometry
Inverse circular functions
Notes: Parabolas and quadratics
Notes: The quadratic formula
Notes: Functions as rules with domain range and graph
Notes: Polynomial and power functions
Notes: Composite functions
Notes: The exponential function
Notes: The logarithmic function
Notes: Exponential growth and decay
Notes: Sine cosine and tangent
Notes: The unit circle and trigonometry
Notes: Inverse circular functions
Functions as rules with domain range and graph
Polynomial and power functions
Exponential growth and decay
The unit circle and trigonometry
Inverse circular functions
Slopes and average rates of change
Displacement velocity and acceleration
Tangent lines and secants
Different kinds of limits
The derivative as a limit
Finding derivatives from first principles
Differentials and applications (Part 1)
Differentials and applications (Part 2)
Notes: Slopes and average rates of change
Notes: Displacement velocity and acceleration
Notes: Tangent lines and secants
Notes: Different kinds of limits
Notes: Limits and continuity
Notes: The derivative as a limit
Notes: Finding derivatives from first principles
Notes: Differentials and applications
Slopes and average rates of change
Displacement velocity and acceleration
Tangent lines and secants
Different kinds of limits
The derivative as a limit
Finding derivatives from first principles
Differentials and applications
Increasing and decreasing functions
Concavity and inflections
Applications of the Chain Rule
Applications of the Product Rule
Application of the Quotient Rule
The Second Derivative Test
Notes: Increasing and decreasing functions
Notes: Concavity and inflections
Notes: Applications of the Chain Rule
Notes: Applications of the Product Rule
Notes: Application of the Quotient Rule
Notes: The Second Derivative Test
Increasing and decreasing functions
Concavity and inflections
Applications of the Chain Rule
Applications of the Product Rule
Application of the Quotient Rule
The Second Derivative Test
Inferring displacement from velocity
Riemann sums and definite integrals
The Fundamental Theorem of Calculus and indefinite integrals
Connection between areas and derivatives (Part 1)
Connection between areas and derivatives (Part 2)
Integration by substitution (Part 1)
Integration by substitution (Part 2)
Odd and even functions (Part 1)
Odd and even functions (Part 2)
The logistic function (Part 1)
The logistic function (Part 2)
The escape velocity of a rocket
Notes: Inferring displacement from velocity
Notes: Areas bounded by curves
Notes: Riemann sums and definite integrals
Notes: The Fundamental Theorem of Calculus and indefinite integrals
Notes: Connection between areas and derivatives
Notes: Integration by substitution
Notes: Odd and even functions
Notes: The logistic function
Notes: The escape velocity of a rocket
Inferring displacement from velocity
Riemann sums and definite integrals
The Fundamental Theorem of Calculus and indefinite integrals
Connection between areas and derivatives
Integration by substitution