SACE Specialist Mathematics exam: Tue 10 Nov, 9:00am — 31 days away

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SACE Specialist Mathematics Practice Exams with Worked Solutions

20 full-length papers · worked solutions for every question

The 20 practice exams inside the SACE Specialist Mathematics Mastery Pack, each set out like the real paper with a separate worked-solution guide. Open any paper to see what it covers.

  1. Practice Exam 1100 marks · 10 questions · 2 sections
    • Induction proof of a divisibility result
    • Fifth roots of a complex number in exact rcis form
    • Rational function with an oblique asymptote
    • Closest point on a line in space to a given point
    • Logistic differential equation reaching a limiting population
  2. Practice Exam 2100 marks · 10 questions · 2 sections
    • Induction proof for a closed form of a finite sum
    • Repeated multiplication by a complex number as dilation and rotation
    • Inverse of a restricted cubic sketched on supplied axes
    • Plane through three points using a cross product
    • Volume of revolution about the y-axis
  3. Practice Exam 3100 marks · 10 questions · 2 sections
    • Induction proof of an nth derivative pattern
    • Circle and ray loci intersecting in the Argand plane
    • Domain of a square-root composition
    • Row reduction showing three planes meet along a line
    • Arc length of a trigonometric parametric path
  4. Practice Exam 4100 marks · 10 questions · 2 sections
    • De Moivre's theorem proved by induction
    • Real quadratic factor built from a given complex zero
    • Absolute-value composition sketched from a given cubic
    • Angle between a line and a plane
    • Newton's law of cooling as a separable equation
  5. Practice Exam 5100 marks · 10 questions · 2 sections
    • Induction proof for a product formula
    • Roots of unity summing to zero and a regular polygon
    • Reciprocal of a quadratic and its vertical asymptotes
    • Distance between two parallel planes
    • Repeated integration by parts for an exponential integrand
  6. Practice Exam 6100 marks · 10 questions · 2 sections
    • Induction proof for a sum of cubes
    • Triangle inequality applied to a sum of complex numbers
    • Derivative of an inverse found by implicit differentiation
    • Shortest distance between two skew lines
    • Free-flight model with a clearance condition
  7. Practice Exam 7100 marks · 10 questions · 2 sections
    • Induction proof for a telescoping sum
    • Solving z^n = c and plotting the solution set
    • Rational function with a removable discontinuity
    • Vector proof that the medians of a triangle are concurrent
    • Slope field with a solution curve drawn from a given point
  8. Practice Exam 8100 marks · 10 questions · 2 sections
    • Induction proof of divisibility by 7
    • Division in polar form and the resulting rotation
    • Reciprocal of a trigonometric function sketched over one period
    • Cartesian equation of a plane from a normal and a point
    • Partial fractions with distinct linear factors
  9. Practice Exam 9100 marks · 10 questions · 2 sections
    • Induction step written correctly in P(k) and P(k+1) notation
    • Region bounded by a modulus inequality and an argument inequality
    • Composite of an absolute value with a rational function
    • Point of intersection of a line and a plane
    • Area between two curves requiring a substitution
  10. Practice Exam 10100 marks · 10 questions · 2 sections
    • Induction proof for a sum of odd squares
    • Remainder theorem used to find two unknown coefficients
    • Horizontal line test and a restricted inverse
    • System of three planes with no solution
    • Implicit differentiation of a conic-like relation
  11. Practice Exam 11100 marks · 10 questions · 2 sections
    • Induction applied to a trigonometric power identity
    • Cube roots of a complex number and the triangle they form
    • Sketching y = 1/f(x) from a supplied graph of f
    • Area of a triangle in space by cross product
    • Related rates for a cone being filled
  12. Practice Exam 12100 marks · 10 questions · 2 sections
    • Induction proof for a sum of a quadratic series
    • Conjugate root theorem applied to a real quartic
    • Rational function with a cubic numerator
    • Foot of the normal from a point to a plane
    • Volume of revolution with a trigonometric integrand
  13. Practice Exam 13100 marks · 10 questions · 2 sections
    • Induction proof for a geometric-type sum
    • Perpendicular bisector written as an equation in z
    • Domain of a composition involving a reciprocal
    • Row operations giving infinitely many solutions
    • Arc length of a pendulum-style parametric path
  14. Practice Exam 14100 marks · 10 questions · 2 sections
    • Induction proof of a derivative pattern for a trigonometric function
    • Multiplication by i as an anticlockwise right-angle rotation
    • Inverse of a restricted sine function with its exact domain
    • Angle between two planes
    • Separable differential equation in a mixing context
  15. Practice Exam 15100 marks · 10 questions · 2 sections
    • Induction proof of divisibility by 9
    • Sixth roots of unity and the area of the regular hexagon
    • Sketching y = f(|x|) and y = |f(x)| from one graph
    • Vector proof that the angle in a semicircle is a right angle
    • Inverse-trigonometric integral after completing the square
  16. Practice Exam 16100 marks · 10 questions · 2 sections
    • Induction proof for a sum involving alternating signs
    • Product of two complex numbers written in polar form
    • Rational function crossing its horizontal asymptote
    • Plane parallel to two given direction vectors
    • Logistic model solved with a supplied partial-fraction identity
  17. Practice Exam 17100 marks · 10 questions · 2 sections
    • Induction proof for the nth derivative of a linear-exponential product
    • Quartic solved from one supplied complex zero
    • Composition defined only on a restricted interval
    • Distance from a point to a plane by the standard formula
    • Area between a curve and its inverse
  18. Practice Exam 18100 marks · 10 questions · 2 sections
    • Induction proof for a sum of consecutive integers squared
    • Family of circles written in terms of z and n
    • Inverse of a rational function and its asymptotes
    • Three planes meeting in a single point
    • Velocity, speed and tangent for a parametric path
  19. Practice Exam 19100 marks · 10 questions · 2 sections
    • Induction proof of divisibility by 6
    • Fifth roots of a complex number and a quadrilateral area
    • Reciprocal of an absolute-value function
    • Plane through three points with an area comparison
    • Implicit differentiation giving the equation of a tangent
  20. Practice Exam 20100 marks · 10 questions · 2 sections
    • Induction proof for a sum involving powers of 2
    • Ray from a point meeting a circle in the Argand plane
    • Rational function with a repeated linear factor in the denominator
    • Parameter deciding the solution type of a linear system
    • Trigonometric parameterisation of an ellipse with speed and acceleration
Included in the SACE Specialist Mathematics Mastery Pack

20 full-length practice exams with worked solutions, 20 revision notes, 64 practice questions and 200 flashcards.

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Specialist Mathematics · 20 practice exams