Pearson Mathematical Methods Queensland 12 Student Book with eBook, 1st edition

Pearson Mathematical Methods Queensland 12 Student Book with eBook, 1st edition

$89.95

Product Info

ISBN
9781488621420

Category

Maths

Publisher

Pearson

Recommended For

QCAA New QCE Senior Secondary Syllabus Textbooks 2019-2020

This product includes a copy of Pearson Mathematical Methods Queensland 12 Student Book with access to the eBook.

It is created for the new senior maths QCAA syllabus to save you time and help you teach with confidence.

  • Every question and worked example is graded according to QCE levels of difficulty, simple familiar, complex familiar, and complex unfamiliar
  • Sample exams, question banks, technology activities, and fully worked solutions
  • Digital activities to engage and support conceptual understanding
  • Instructions for smart use of technology
  • A focus on common errors for increased awareness
  • Curriculum grids and aligned teaching programs in the teacher resource.

Reader+ is the home of your eBooks. It gives you more options, more flexibility and more control when it comes to the classroom materials you use. It comes with features like in-text note taking, bookmarking, highlighting, interactive videos, audio tools, presentation tools and more. 

Duration of access: The digital code will give 27 months access to the eBook from the date of activation.

Contents:

UNIT THREE

1 Derivatives of exponential functions

1.1 Euler’s number and index laws

1.2 Graphing exponential functions

1.3 Differentiating exponential functions

1.4 Applications of exponential functions

1.5 Further differentiation

Chapter summary

Chapter review

2 Trigonometric functions and derivatives

Recall

2.1 Radians and the unit circle

2.2 Solving trigonometric equations

2.3 Graphs of trigonometric functions

2.4 Derivatives of trigonometric functions

2.5 Applications of trigonometric functions

Chapter summary

Chapter review

3 Logarithmic functions and their derivatives

Recall

3.1 Logarithmic functions and their properties

3.2 Logarithmic equations

3.3 Logarithmic bases and exponential equations

3.4 Graphs of logarithmic functions

3.5 Logarithmic scales

3.6 The derivative of the natural logarithm

3.7 Applications of logarithms

Chapter summary

Chapter review

Mixed Review

Chapters 1 – 3

4 Anti-differentiation

Recall

4.1 Introduction to anti-differentiation

4.2 Anti-differentiation of power functions

4.3 Anti-differentiation of binomial power functions

4.4 Anti-differentiation of exponential functions

4.5 Anti-differentiation of sine and cosine functions

4.6 Anti-derivatives of reciprocal functions

4.7 Further anti-differentiation

Chapter summary

Chapter review

5 Definite integrals

Recall

5.1 Estimating area beneath curves

5.2 Finding definite integrals

5.3 Calculating area beneath curves

5.4 Finding area between curves

5.5 Kinematics applications of integration

Chapter summary

Chapter review

Unit 3 Exam Review

Chapters 1 – 5

UNIT FOUR

6 Further applications of differentiation

Recall

6.1 The derivative and curve sketching

6.2 Motion and derivatives

6.3 The second derivative and curve sketching

6.4 Maximum and minimum problems

Chapter summary

Chapter review

7 Sine and Cosine rules

Recall

7.1 Trigonometry review

7.2 The sine rule and the cosine rule

7.3 Areas of triangles

7.4 Bearings

Chapter summary

Chapter review

8 Binomial distributions

Recall

8.1 Discrete probability distributions review

8.2 Bernoulli trials and binomial distributions

8.3 Statistics of binomial probability distributions

Chapter summary

Chapter review

Mixed Review

Chapters 1 – 8

9 Continuous random variables and the normal distribution

Recall

9.1 Continuous random variables

9.2 The normal distribution

9.3 Standard normal distributions

9.4 Inverse of standard normal

Chapter summary

Chapter review

10 Interval estimates for proportions