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Maths Quest 12 Mathematical Methods VCE Units 3 and 4 eGuidePLUS (Online Purchase)

Maths Quest 12 Mathematical Methods VCE Units 3 and 4 eGuidePLUS (Online Purchase)
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ISBN13 9780730323150
Pub date December 2015
Pages 0
RRP $114.95
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Maths Quest 12 Mathematical Methods VCE Units 3 and 4 eGuidePLUS (Online Purchase) provides teachers with online support through instant access to student and teacher texts plus a complementary set of extensive, customisable assessment (including SACs) and curriculum materials to make teacher planning and preparation easier.

Features and benefits

• Complete, in-depth coverage of the new VCE study design for 2016-2019.
• Many HTML5 interactivities are available. These are designed to engage, excite and enhance understanding by bringing difficult concepts to life.
• The theory is written by highly experienced and successful teachers with a proven and fundamental understanding of how students learn mathematics and succeed in exams.
• Every exercise contains three levels of carefully graded questions which allow students to practise, consolidate and master their knowledge independently.
• Thousands of new questions have been written exclusively for this series, including many higher level questions that stretch students’ understanding of mathematics for improved learning outcomes.
• CAS support is provided within the student text through activities and questions. Additionally, students can obtain detailed step-by-step instructions by accessing the TI-Nspire CAS or the Casio ClassPad II Calculator Manuals in the Prelim section of their eBookPLUS.
studyON VCE Mathematical Methods Units 3 and 4 is fully integrated with the student text. studyON is Jacaranda’s unique study, revision and exam preparation tool, containing all past VCAA exam questions from 2006.
• Work programs, topic tests and SACs equip teachers with extensive support materials.

Teachers can rely on Jacaranda’s dedicated customer service and support.

1 Solutions of equations
1.1 Kick off with CAS
1.2 Polynomials
1.3 Trigonometric symmetry properties
1.4 Trigonometric equations and general solutions
1.5 Simultaneous and literal equations
1.6 Review

2 Functions and graphs
2.1 Kick off with CAS
2.2 Polynomials
2.3 Other algebraic functions
2.4 Combinations of functions
2.5 Non-algebraic functions
2.6 Modelling and applications
2.7 Review

3 Composite functions, transformations and inverses
3.1 Kick off with CAS
3.2 Composite functions and functional equations
3.3 Transformations
3.4 Transformations with matrices
3.5 Inverse graphs and relations
3.6 Inverse functions
3.7 Review

4 Logarithmic functions
4.1 Kick off with CAS
4.2 Logarithmic laws and equations
4.3 Logarithmic scales
4.4 Indicial equations
4.5 Logarithm graphs
4.6 Applications
4.7 Review

5 Differentiation
5.1 Kick off with CAS
5.2 Review of differentiation
5.3 Differentiation of exponential functions
5.4 Applications of exponential functions
5.5 Differentiation of trigonometric functions
5.6 Applications of trigonometric functions
5.7 Review

6 Further differentiation and applications
6.1 Kick off with CAS
6.2 The chain rule
6.3 The product rule
6.4 The quotient rule
6.5 Curve sketching
6.6 Maximum and minimum problems
6.7 Rates of change
6.8 Review

7 Antidifferentiation
7.1 Kick off with CAS
7.2 Antidifferentiation
7.3 Antiderivatives of exponential and trigonometric functions
7.4 Families of curves and applications
7.5 Review

8 Integration
8.1 Kick off with CAS
8.2 Approximate areas
8.3 The fundamental theorem of calculus
8.4 Applications
8.5 Review

9 Logarithmic functions using calculus
9.1 Kick off with CAS
9.4 The derivative of
9.3 The antiderivative of
9.4 Applications
9.5 Review

10 Discrete random variables
10.1 Kick off with CAS
10.2 Discrete random variables
10.3 Measures of centre and spread
10.4 Applications
10.5 Review

11 The binomial distribution
11.1 Kick off with CAS
11.2 Bernoulli trials
11.3 The binomial distribution
11.4 Applications
11.5 Review

12 Continuous probability distributions
12.1 Kick off with CAS
12.2 Continuous random variables and probability functions
12.3 The continuous probability density function
12.4 Measures of centre and spread
12.5 Linear transformations
12.5 Review

13 The normal distribution
13.1 Kick off with CAS
13.2 The normal distribution and confidence intervals
13.3 Calculating probabilities and the standard normal distribution
13.4 The inverse normal distribution
13.5 Mixed probability application problems
13.6 Review

14 Statistical inference
14.1 Kick off with CAS
14.2 Population parameters and sample statistics
14.3 The distribution of
14.4 Confidence intervals
14.5 Review