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Exam-style practice (harder): Maths Advanced multiple choice

HSCMaths AdvancedStudy guide6 min read

14 harder, exam-style HSC Mathematics Advanced multiple-choice questions on calculus, functions, trigonometry, logarithms, series, annuities, statistics and probability. Each is tagged with its question type and every distractor's error is explained. Original practice questions, not from any NESA paper.

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  1. Why this set is harder than our topic quizzes
  2. The question types
  3. Question map
  4. Five sanity checks that catch most distractors
  5. What to do next

Why this set is harder than our topic quizzes

Our topic quizzes check rules and definitions. HSC Mathematics Advanced multiple-choice questions are small problems: each takes two or three steps, and every wrong option is what you get from one familiar slip, such as integrating across a root, forgetting to double a trigonometric domain, or stopping at the variance instead of the standard deviation.

These 14 questions are built the same way. They are original practice questions written by ExamExplained, not taken from any NESA paper. Each explanation starts with a Type tag and names the error behind every wrong option.

Exam tip

Do the working on paper first, then look for your answer. If it is not there, you have made one of the slips the distractors are built on, and the explanations below show which one.

The question types

Type What it looks like Typical trap
Calculation Derivatives, areas, trig equations, logarithms, series, probabilities Missing chain rule, integrating across a root, halving the domain, stopping one step early
Concept application Transformations, stationary points, annuities, trig graph features Sign of a horizontal shift, repeated roots, start versus end of period deposits
Data interpretation Regression output, probability tables Correlation read as causation, extrapolation, variance versus standard deviation

Question map

Q Type Syllabus area
1 Concept application Functions: transformations
2 Calculation Calculus: product and chain rules
3 Calculation Calculus: areas under curves
4 Concept application Calculus: nature of stationary points
5 Calculation Trigonometric equations
6 Calculation Exponential and logarithmic equations
7 Calculation Series: limiting sum
8 Concept application Financial mathematics: annuities
9 Data interpretation Statistics: bivariate data
10 Calculation Statistics: normal distribution
11 Calculation Continuous random variables
12 Concept application Trigonometric functions: graph features
13 Calculation Calculus: motion
14 Data interpretation Discrete random variables

Five sanity checks that catch most distractors

  1. Areas are positive. If a curve crosses the axis inside the interval, split the integral at the root.
  2. Distance is not displacement. Check whether velocity changes sign before integrating.
  3. Domains scale. For sin⁡(2x)\sin(2x) on [0,2π][0, 2\pi], solve for 2x2x on [0,4π][0, 4\pi].
  4. Probability rules. Probabilities sum to 1, density functions have area 1, and a standard deviation is the square root of the variance.
  5. Limiting sums need ∣r∣<1|r| < 1. If your ratio is 3 or 1.5, recheck the rearrangement.
Common trap

Reading f(x−3)f(x - 3) as a shift left. A minus sign inside the brackets moves the graph RIGHT by 3.

What to do next

Sources & how we know this

  • math-advanced
  • hsc-maths-advanced
  • multiple-choice
  • exam-technique
  • practice-questions
  • year-12
ExamExplained