ENGLISH

Maths in focus : mathematics extension 1, Year 12

Book information

Year
2019
ISBN
9780170413367, 0170413365
Language
english
Format
PDF
Filesize
55 MB (57436791 bytes)
Series
Maths in focus
Edition
3rd edition.
Pages
\851
Time added
2021-10-16 17:53:40

Description

Cover Chapter 1 – Sequences and Series 1.01 – General sequences and series 1.02 – Arithmetic sequences 1.03 – Arithmetic series 1.04 – Geometric sequences 1.05 – Geometric series 1.06 – Limiting sum of an infinite geometric series 1.07 – Proof by mathematical induction Test yourself Chapter 2 – Transformations of Functions 2.01 – Vertical translations of functions 2.02 – Horizontal translations of functions 2.03 – Vertical dilations of functions 2.04 – Horizontal dilations of functions 2.05 – Combinations of transformations 2.06 – Graphs of functions with combined transformations 2.07 – Equations and inequalities Test yourself Chapter 3 – Vectors 3.01 – Vectors 3.02 – Adding and subtracting vectors 3.03 – Scalar multiplication 3.04 – Vectors in the Cartesian plane 3.05 – Magnitude and direction of a vector 3.06 – Components of a vector Test yourself Chapter 4 – Trigonometric Functions 4.01 – Transformations of trigonometric functions 4.02 – Combined transformations of trigonometric functions 4.03 – Trigonometric equations 4.04 – Trigonometric identities 4.05 – Further trigonometric equations Test yourself Practice set 1 Chapter 5 – Further Differentiation 5.01 – Differentiation review 5.02 – Derivative of exponential functions 5.03 – Derivative of logarithmic functions 5.04 – Derivative of trigonometric functions 5.05 – Second derivatives 5.06 – Anti-derivative graphs 5.07 – Anti-derivatives 5.08 – Further anti-derivatives 5.09 – Derivative of inverse functions 5.10 – Derivative of inverse trigonometric functions Test yourself Chapter 6 – Geometrical Applications of Differentiation 6.01 – Increasing and decreasing curves 6.02 – Stationary points 6.03 – Concavity and points of inflection 6.04 – Interpreting rates of change graphically 6.05 – Stationary points and the second derivative 6.06 – Curve sketching 6.07 – Global maxima and minima 6.08 – Finding formulas for optimisation problems 6.09 – Optimisation problems Test yourself Chapter 7 – Integration 7.01 – Approximating areas under a curve 7.02 – Trapezoidal rule 7.03 – Definite integrals 7.04 – Indefinite integrals 7.05 – Chain rule 7.06 – Integration involving exponential functions 7.07 – Integration involving logarithmic functions 7.08 – Integration involving trigonometric functions 7.09 – Areas enclosed by the x-axis 7.10 – Areas enclosed by the y-axis 7.11 – Sums and differences of areas Test yourself Chapter 8 – Further Integration 8.01 – Volumes of solids 8.02 – Integration by substitution 8.03 – Definite integrals by substitution 8.04 – Integration of sin2 x and cos2 x 8.05 – Integrals involving inverse trigonometric functions Test yourself Practice set 2 Chapter 9 – Statistics 9.01 – Types of data 9.02 – Displaying numerical and categorical data 9.03 – Measures of central tendency 9.04 – Quartiles, deciles and percentiles 9.05 – Range and interquartile range 9.06 – Variance and standard deviation 9.07 – Shape and modality of data sets 9.08 – Analysing data sets Test yourself Chapter 10 – Further Vectors 10.01 – Scalar (dot) product 10.02 – Parallel and perpendicular vectors 10.03 – Projection of vectors 10.04 – Proofs using vectors 10.05 – Motion and vectors 10.06 – Projectile motion Test yourself Chapter 11 – Correlation and Regression 11.01 – Bivariate data 11.02 – Correlation 11.03 – Line of best fit 11.04 – Least-squares regression line Test yourself Practice set 3 Chapter 12 – Investments, Annuities and Loans 12.01 – Arithmetic growth and decay 12.02 – Geometric growth and decay 12.03 – Compound interest 12.04 – Compound interest formula 12.05 – Annuities 12.06 – Annuities and geometric series 12.07 – Reducing balance loans 12.08 – Loans and geometric series Test yourself Chapter 13 – Differential Equations 13.01 – Solving dy/dx = f(x) 13.02 – Solving dy/dx = g(y) 13.03 – Solving dy/dx = f(x)g(y) 13.04 – Applications of differential equations Test yourself Chapter 14 – Continuous Probability 14.01 – Probability density functions 14.02 – Calculating probabilities 14.03 – Cumulative distribution function 14.04 – Quantiles 14.05 – Normal distribution 14.06 – Empirical rule 14.07 – z-scores 14.08 – Applications of the normal distribution Test yourself Chapter 15 – Binomial Distributions 15.01 – Bernoulli distribution 15.02 – Binomial distribution 15.03 – Mean and variance of a binomial distribution 15.04 – Sample proportions Test yourself Practice set 4 Answers Chapter 1 Chapter 2 Chapter 3 Chapter 4 Practice set 1 Chapter 5 Chapter 6 Chapter 7 Chapter 8 Practice set 2 Chapter 9 Chapter 10 Chapter 11 Practice set 3 Chapter 12 Chapter 13 Chapter 14 Chapter 15 Practice set 4 Index

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