Skip to content
HOME
Algebra & coordinate geometry
Algebra review
Coordinate geometry
The binomial theorem
Sequences and series
Functions
Quadratics
Functions I
Functions II
Trigonometric functions and circular measure
Polynomials
Calculus
Limits and continuity
Introduction to differential calculus
Applications of differentiation
Growth and decay
Integration
The calculus of trigonometric functions
Exponential and logarithmic functions
Motion in a straight line
Numerical Methods
Probability & statistics
Probability
Discrete probability distributions
Binomial distribution
Continuous probability distributions
Exponential and normal distributions
Random sampling
Inference for proportions
Inference for means
Hypothesis testing
Discrete Mathematics
Graph Theory
Logic and algebra
Geometry
Transformations
Spherical Geometry
Motivation and knowledge
Content
The bisection method
Newton's method
Links forward
Speed of the bisection algorithm
Bisection and binary numbers
Complex numbers and Newton fractals
Answers to exercises
Top
You are here:
Numerical Methods
>
Motivation and knowledge
Numerical Methods
Motivation and knowledge
Content - The bisection method
Content - Newton's method
Links forward - Speed of the bisection algorithm
Links forward - Bisection and binary numbers
Links forward - Complex numbers and Newton fractals
Answers to exercises
