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A-Levels
> FM - Decision 1 - 2) Graphs and networks > Flashcards
FM - Decision 1 - 2) Graphs and networks Flashcards
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A-Levels
(94 decks)
B - 1) What is business?
B - 2) Managers, leadership and decision making
B - 3) Marketing management
B - 4) Operational management
B - 5) Financial management
B - 6) Human resource managenent
B - 7) Analysing the strategic position of a business
B - 8) Choosing strategic direction
B - 9) Strategic methods: how to pursue strategies
B - 10) Managing strategic change
E - 1) The economic problem and economic methodology
E - 2) Individual economic decision making
E - 3) Price determination in a competitive market
E - 4) Production, costs and revenue
E - 5) Perfect competition, imperfectly competitive markets and monopoly
E - 6) The labour market
E - 7) The distribution of income and wealth: poverty and inequality
E - 8) The market mechanism, market failure and government intervention in markets
E - 9) The measurement of macroeconomic performance
E - 10) How the macroeconomy works: the circular flow of income, AD/AS analysis and related concepts
E - 11) Economic performance
E - 12) Financial markets and monetary policy
E - 13) Fiscal policy and supply-side policies
E - 14) The international economy
M - Pure 1 - 1) Algebraic expressions
M - Pure 1 - 2) Quadratics
M - Pure 1 - 3) Equations and inequalities
M - Pure 1 - 4) Graphs and transformations
M - Pure 1 - 5) Straight line graphs
M - Pure 1 - 6) Circles
M - Pure 1 - 7) Algebraic methods
M - Pure 1 - 8) The binomial expansion
M - Pure 1 - 9) Trigonometric ratios
M - Pure 1 - 10) Trigonometric identities and equations
M - Pure 1 - 11) Vectors
M - Pure 1 - 12) Differentiation
M - Pure 1 - 13) Integration
M - Pure 1 - 14) Exponentials and logarithms
M - Pure 2 - 1) Algebraic methods
M - Pure 2 - 2) Functions and graphs
M - Pure 2 - 3) Sequences and series
M - Pure 2 - 4) Binomial expansion
M - Pure 2 - 5) Radians
M - Pure 2 - 6) Trigonometric functions
M - Pure 2 - 7) Trigonometry and modelling
M - Pure 2 - 8) Parametic equations
M - Pure 2 - 9) Differentiation
M - Pure 2 - 10) Numerical methods
M - Pure 2 - 11) Integration
M - Pure 2 - 12) Vectors
M - Statistics & Mechanics 1 - 1) Data collection
M - Statistics & Mechanics 1 - 2) Measures of location and spread
M - Statistics & Mechanics 1 - 3) Representations of data
M - Statistics & Mechanics 1 - 4) Correlation
M - Statistics & Mechanics 1 - 5) Probability
M - Statistics & Mechanics 1 - 6) Statistical distributions
M - Statistics & Mechanics 1 - 7) Hypothesis testing
M - Statistics & Mechanics 1 - 8) Modelling in mechanics
M - Statistics & Mechanics 1 - 9) Constant acceleration
M - Statistics & Mechanics 1 - 10) Forces and motion
M - Statistics & Mechanics 1 - 11) Variable acceleration
M - Statistics & Mechanics 2 - 1) Regression, correlation and hypothesis testing
M - Statistics & Mechanics 2 - 2) Conditional probability
M - Statistics & Mechanics 2 - 3) The normal distribution
M - Statistics & Mechanics 2 - 4) Moments
M - Statistics & Mechanics 2 - 5) Forces and friction
M - Statistics & Mechanics 2 - 6) Projectiles
M - Statistics & Mechanics 2 - 7) Applications of forces
M - Statistics & Mechanics 2 - 8) Further kinematics
FM - Core Pure 1 - 1) Complex numbers
FM - Core Pure 1 - 2) Argand diagrams
FM - Core Pure 1 - 3) Series
FM - Core Pure 1 - 4) Roots of polynomials
FM - Core Pure 1 - 5) Volumes of revolution
FM - Core Pure 1 - 6) Matrices
FM - Core Pure 1 - 7) Linear transformations
FM - Core Pure 1 - 8) Proof by induction
FM - Core Pure 1 - 9) Vectors
FM - Core Pure 2 - 1) Complex numbers
FM - Core Pure 2 - 2) Series
FM - Core Pure 2 - 3) Methods in calculus
FM - Core Pure 2 - 4) Volumes of revolution
FM - Core Pure 2 - 5) Polar coordinates
FM - Core Pure 2 - 6) Hyperbolic functions
FM - Core Pure 2 - 7) Methods in differential equations
FM - Core Pure 2 - 8) Modelling with differential equations
FM - Decision 1 - 1) Algorithms
FM - Decision 1 - 2) Graphs and networks
FM - Decision 1 - 3) Algorithms on graphs
FM - Decision 1 - 4) Route inspection
FM - Decision 1 - 5) The travelling salesman problem
FM - Decision 1 - 6) Linear programming
FM - Decision 1 - 7) The simplex algorithm
FM - Decision 1 - 8) Critical path analysis
