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January 25th, 2010
- Monotonic (Increasing and Decreasing) Functions
- Finding the Inverse of a Function
- Introduction to functions and maps
- Stationary Points (Maximum and Minimums) and Differentiation
- Find equation of tangent to a curve
- Online Graph Sketchers
- Inequalities
- Exponential Functions
- Taylor Series with example cos(x)
- Maclaurin Series with example sin(x)
- Complex Roots of Unity
- Equations using Polar Co-ordinates
- Using Polar Co-ordinates and Converting to and from Cartesian
- Why the proof 2=1 is wrong
- Simultaneous Equations
- Trapezium Method for Approximating the Area Under a Curve
- Cartesian Equation of a Circle
- Proof by Mathematical Induction
- Why anything to the power 0 is eqaul to 1
- How to use Surds – Add, Multiply and Rationalise
- Quadratic Inequalties
- Log Laws: Adding and Subtracting Logs
- Derive Quadratic Formula
- Transformations of Graphs
- Differentiate Inverse Cos – Proof
- Hyperbolic Functions
- Ellipse's: equation, foci, eccentricity
- Complex/Imaginary numbers
- Matrix Multiplication
- Factorizing Quadratics
- Quadratic Formula
- Integrate cos and sin squared using double angles
- Common Derivatives
- Monotonic (Increasing and Decreasing) Functions
- Points of Inflection
- Stationary Points (Maximum and Minimums) and Differentiation
- The Chain Rule
- Fundamental Theorem of Calculus
- Integrating Fractions – using the natrual logarithm – Example tan(x)
- Exponential Functions
- Taylor Series with example cos(x)
- Intergration using a Reduction Formula – with example
- Differentiate Logs with Proof
- Differentiation From First Principles (with example)
- Integration by Parts
- Implicit Differentiation
- First Order Differential Equations
- Differentiate Inverse Sine
- Sine and Cos Graphs Differentiating sin and cos
- Ajax – How to comunicate with a server with reloading
- 3D Graphics
- MySQL: mysql dump > using to upload database
- How to Create a Facebook Application
- Matrix C++ program
- Powerset : the new search engine
- Prolog — Install and use
- Matrix Calculator, C++ Program by David Woodford
- Trevor Pythagoras 08 Download
- Basic Arithmatic in Binary
- Trevor Changes
- Play Trevor >> now avalible for download
- My new html editor thingy
:):):)
- Monotonic (Increasing and Decreasing) Functions
- Finding the Inverse of a Function
- Introduction to functions and maps
- Online Graph Sketchers
- Using Polar Co-ordinates and Converting to and from Cartesian
- Fibonacci Sequence and PHI
- Trapezium Method for Approximating the Area Under a Curve
- Similar Shapes
- Volume of a Pyramid or Cone
- Cartesian Equation of a Circle
- Area of a Triangle
- Ellipse's: equation, foci, eccentricity
- Proof of Pythagorases Theroem
- Radians and Degrees || Sectors and Arcs
- Area And Circumference of a Circle : pi
- Pythagorases Theorm
- 3D Graphics
- DIABLO TRICK >> GRINDS
- 3 Clubs and Mills Mess Juggling Tutrials
- Trevor Pythagoras Level 1 && Diablo trick::Trampeze
- Diablo Trick >> Forced Loop
- Juggling Tutorials && Dwebs has moved
- Exams (Fun fun fun) and Juggling
- Force, Mass and Acceleration
- Will an object ever stop because of friction
- Moments – Turning Forces
- Equations of Motion
- Probablity of a Miracle = 0.149 :: the mathmatical proof
- Inequalities
- Fermat’s Last Theorem
- Complex Roots of Unity
- Fibonacci Sequence and PHI
- Rules of Indices
- Adding Fractions
- Arithmetic Series and Progression
- Confidence Intervals
- Proof by Contradiction
- Proof there are infinitley many prime numbers
- Rational and Irrational Numbers
- Log Laws: Adding and Subtracting Logs
- Probablity of a Miracle = 0.149 :: the mathmatical proof
- Compound tan – tan(A+B)
- Maclaurin Series with example sin(x)
- Tan Graph – y=tan(x)
- Cosine Graph – y = cos x
- Compound Angles – sin(A+B) = cosAsinB+sinAcosB
- Sine Graph
- Auxiliary Angle Method for Solving Trigonometry Equations
- Compound Angles – sin(A+B) = cosAsinB+sinAcosB
- Sec, Cosec, Cot
- Differentiate Inverse Cos – Proof
- Differentiate Inverse Sine
- Trigonometry Identities
- Tan = sin/cos
- Sine and Cos Graphs Differentiating sin and cos
- Radians and Degrees || Sectors and Arcs
- Proof of Cosine Rule
- Understand the Sine and Cosine Rules
- Sin, Cos and Tan
- Stationary Points (Maximum and Minimums) and Differentiation
- Inequalities
- Economic Update 17th December
- Making Sense of the Economic Climate
- 3D Graphics
- DIABLO TRICK >> GRINDS
- 3 Clubs and Mills Mess Juggling Tutrials
- Trevor Pythagoras Level 1 && Diablo trick::Trampeze
- Diablo Trick >> Forced Loop
- Juggling Tutorials && Dwebs has moved
- Exams (Fun fun fun) and Juggling