Avsnitt
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Sample proportions, Sampling distribution - small populations, Sampling distribution - large populations, Sampling distribution - normal distribution approximation, Mean & variance of a sample proportion, Sampling distribution - comparing approximations, Mean & variance of the sample proportion, Confidence intervals, Margin of error
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Probability density functions, Calculating probabilities, Median value, Mean value, Variance, Cumulative probability distributions
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Saknas det avsnitt?
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Area under curves,
Left end-point approximation,
Right end-point approximation,
Improvements to rectangle approximations,
Find the total from a rate -
Transformations of parabolas, Graphing quadratics, Finding the equation of quadratics
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Translations, Dilations (from the x axis), Dilations (from the y axis), Reflections (in the x axis), Reflections (in the y axis), Summary, Applying transformations, Finding equations from transformation (graphs), Finding equations from transformations (from points)
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Intersection of lines - from a graph, Intersection of lines - substitution of equations, Simultaneous equations - elimination method, Simultaneous equations - matrix method, Families of parallel lines - no solutions, Infinite solutions, Example question
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Inverse functions - graphs
Inverse functions - rules
Inverse functions - from equations
Finding inverse functions - one to one. -
Values of sin x , cos x & tan x,
Graphs of sin x & cos x,
Transformations of sin graphs,
Solving circular function equations,
Graphs of tan x -
The coin toss - three coins
The coin toss - four coins
The binomial probability distribution
Rolling dice
How many trials?
Using the TI nSpire
Graph of binomial distribution
Mean & standard deviation -
Continuous probability density functions
The normal distribution
Calculating probabilities
Z tables
Finding values from a probability -
Probability distributions
Discrete random variables
Expected values (mean)
Variance
Linear functions - mean & standard deviation
Standard deviation -
Area under a curve - integration
Circular functions
Exponential functions
Hyperbolic functions
Area between two curves
Average value of a function -
Anti-differentiation of powers of x
Anti-differentiation of circular functions
Anti-differentiation of exponential functions
Anti-differentiation of 1/x -
Euler's Rule for Linear Approximations
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Related rates of change
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Finding derivatives using the product & quotient rules.
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Finding the derivatives of circular functions (sin, cos or tan x).
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Derivatives of logarithmic functions
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Derivatives of exponential functions.
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Using the chain rule to find derivatives.
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