Standard Level
From Ibstudy
GamerAdvent (Talk | contribs) (Mathematics SL - PAGE CREATION!!) |
|||
Line 1: | Line 1: | ||
+ | =Mathematics Standard Level= | ||
+ | This is a far more managable course than it's Higher Level brother. | ||
+ | The SL course consists of: | ||
+ | |||
+ | ===Algebra=== | ||
+ | o Linear equations | ||
+ | o Linear inequalities | ||
+ | o Straight-line graphs | ||
+ | o Simultaneous linear equations | ||
+ | o Factorisation | ||
+ | o Quadratic equations | ||
+ | o Completing the square | ||
+ | o Quadratic formula | ||
+ | o Disguised quadratic equations | ||
+ | o Sketching the graph of a quadratic function | ||
+ | o Algebraic fractions | ||
+ | |||
+ | ===Circular functions and trigonometry=== | ||
+ | o Triangles | ||
+ | o Radian measure | ||
+ | o The functions of sin, cos and tan | ||
+ | o Sine and Cosine rules | ||
+ | |||
+ | ===Functions and equations=== | ||
+ | o Transforming the graph of a function | ||
+ | o Mappings | ||
+ | o Composite Functions | ||
+ | o Inverse Functions | ||
+ | |||
+ | ===Differentiation 1=== | ||
+ | o Gradient of a curve | ||
+ | o The derivative of y = ax^n | ||
+ | o Sum of difference of two functions | ||
+ | o The second derivative | ||
+ | o Tangents and normals to a curve | ||
+ | o Gradient as a rate of change | ||
+ | o Maximum, minimum and point of inflexion | ||
+ | o Practical applications of maxima and minima | ||
+ | |||
+ | ===Intergration=== | ||
+ | o Anti-differentiation | ||
+ | o Variable acceleration | ||
+ | o Area under a curve | ||
+ | o Volume of revolution about the x-axis | ||
+ | |||
+ | ===Sequences and series=== | ||
+ | o Sequences | ||
+ | o Series and sigma notation | ||
+ | o Arithmetic sequences | ||
+ | o Geometric sequences | ||
+ | o Infinite geometric sequences | ||
+ | o Binominal expansions | ||
+ | |||
+ | ===Differentiation 2=== | ||
+ | o Funtion of a function | ||
+ | o The product and quotient rules | ||
+ | o Applications of differentiation | ||
+ | |||
+ | ===Further Trigonometry=== | ||
+ | o The functions sin x, cos x, tan x | ||
+ | o Trigonometric equations | ||
+ | o Double angles | ||
+ | |||
+ | ===Calculus with Trigonometry=== | ||
+ | o Sin x and cos x | ||
+ | o Differentiating tan x | ||
+ | o Applications | ||
+ | |||
+ | ===Exponents and Logarithms=== | ||
+ | o Negative and fractional exponents | ||
+ | o Surds | ||
+ | o Logarithms | ||
+ | o The exponential function | ||
+ | |||
+ | ===Calculus with Exponents and Logarithms=== | ||
+ | o The function y = a^x | ||
+ | o Natural logarithms | ||
+ | o Applications | ||
+ | |||
+ | ===Matrices=== | ||
+ | o Introduction to matrices | ||
+ | o Matrix multiplication | ||
+ | o 2x2 matrices | ||
+ | o 3x3 matrices | ||
+ | |||
+ | ===Vectors=== | ||
+ | o Introduction | ||
+ | o Addition and subtraction of vectors | ||
+ | o Position vectors | ||
+ | o The scalar product | ||
+ | o Vector equation of a line | ||
+ | o Applications of vectors | ||
+ | |||
+ | ===Probability=== | ||
+ | o Combined events | ||
+ | o Conditional probability | ||
+ | |||
+ | ===Statistics=== | ||
+ | o Population and samples | ||
+ | o Diagrammatic representation of data | ||
+ | o Mode, Median and mean | ||
+ | o Measures of dispersion | ||
+ | o Cumulative frequency | ||
+ | o Histograms | ||
+ | o Random Variables | ||
+ | o The binomial distribution | ||
+ | o The normal distribution |
Revision as of 23:12, 10 June 2008
Mathematics Standard Level
This is a far more managable course than it's Higher Level brother.
The SL course consists of:
Algebra
o Linear equations o Linear inequalities o Straight-line graphs o Simultaneous linear equations o Factorisation o Quadratic equations o Completing the square o Quadratic formula o Disguised quadratic equations o Sketching the graph of a quadratic function o Algebraic fractions
Circular functions and trigonometry
o Triangles o Radian measure o The functions of sin, cos and tan o Sine and Cosine rules
Functions and equations
o Transforming the graph of a function o Mappings o Composite Functions o Inverse Functions
Differentiation 1
o Gradient of a curve o The derivative of y = ax^n o Sum of difference of two functions o The second derivative o Tangents and normals to a curve o Gradient as a rate of change o Maximum, minimum and point of inflexion o Practical applications of maxima and minima
Intergration
o Anti-differentiation o Variable acceleration o Area under a curve o Volume of revolution about the x-axis
Sequences and series
o Sequences o Series and sigma notation o Arithmetic sequences o Geometric sequences o Infinite geometric sequences o Binominal expansions
Differentiation 2
o Funtion of a function o The product and quotient rules o Applications of differentiation
Further Trigonometry
o The functions sin x, cos x, tan x o Trigonometric equations o Double angles
Calculus with Trigonometry
o Sin x and cos x o Differentiating tan x o Applications
Exponents and Logarithms
o Negative and fractional exponents o Surds o Logarithms o The exponential function
Calculus with Exponents and Logarithms
o The function y = a^x o Natural logarithms o Applications
Matrices
o Introduction to matrices o Matrix multiplication o 2x2 matrices o 3x3 matrices
Vectors
o Introduction o Addition and subtraction of vectors o Position vectors o The scalar product o Vector equation of a line o Applications of vectors
Probability
o Combined events o Conditional probability
Statistics
o Population and samples o Diagrammatic representation of data o Mode, Median and mean o Measures of dispersion o Cumulative frequency o Histograms o Random Variables o The binomial distribution o The normal distribution