Specialist Mathematics flashcards
122 WACE Specialist Mathematics cards across 2 modules (5 definitions, 70 key facts, 6 fill-the-gap, 41 formulas). Each session gives you 20 cards, due cards first. Swipe right for easy, left for hard, down for again. Keyboard: Space to flip, 1 to 4 to rate.
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What this deck covers
Unit 3 (67 cards, 19 dot points)
- Complex arithmetic in Cartesian form (WACE Year 12 Mathematics Specialist Unit 3) (4)
- Complex numbers (WACE Year 12 Mathematics Specialist Unit 3) (5)
- De Moivre's theorem (WACE Year 12 Mathematics Specialist Unit 3) (4)
- Factorising polynomials over the complex numbers (WACE Year 12 Mathematics Specialist Unit 3) (4)
- Functions and sketching graphs (WACE Year 12 Mathematics Specialist Unit 3) (5)
- Further calculus (WACE Year 12 Mathematics Specialist Unit 3) (4)
- Graphing the reciprocal of a function (WACE Year 12 Mathematics Specialist Unit 3) (2)
- Inverse trigonometric (circular) functions (WACE Year 12 Mathematics Specialist Unit 3) (3)
- Modulus (absolute value) functions and graphs (WACE Year 12 Mathematics Specialist Unit 3) (2)
- Multiplication and division in polar form (WACE Year 12 Mathematics Specialist Unit 3) (4)
- Rational functions and asymptotes (WACE Year 12 Mathematics Specialist Unit 3) (2)
- Regions and curves in the complex plane (WACE Year 12 Mathematics Specialist Unit 3) (2)
- Roots of complex numbers and roots of unity (WACE Year 12 Mathematics Specialist Unit 3) (4)
- The complex plane, modulus and argument (WACE Year 12 Mathematics Specialist Unit 3) (4)
- The scalar (dot) product in three dimensions (WACE Year 12 Mathematics Specialist Unit 3) (4)
- The vector (cross) product in three dimensions (WACE Year 12 Mathematics Specialist Unit 3) (3)
- Vector and cartesian equations of curves (WACE Year 12 Mathematics Specialist Unit 3) (3)
- Vector functions of time and vector calculus (WACE Year 12 Mathematics Specialist Unit 3) (3)
- Vectors in three dimensions (WACE Year 12 Mathematics Specialist Unit 3) (5)
Unit 4 (55 cards, 16 dot points)
- Areas between curves (WACE Year 12 Mathematics Specialist Unit 4) (3)
- Confidence intervals for a population mean (WACE Year 12 Mathematics Specialist Unit 4) (4)
- Exponential and logistic growth models (WACE Year 12 Mathematics Specialist Unit 4) (4)
- Integration by partial fractions (WACE Year 12 Mathematics Specialist Unit 4) (3)
- Integration by substitution (WACE Year 12 Mathematics Specialist Unit 4) (3)
- Integration techniques and applications (WACE Year 12 Mathematics Specialist Unit 4) (4)
- Integration using trigonometric identities (WACE Year 12 Mathematics Specialist Unit 4) (3)
- Matrices and linear transformations (WACE Year 12 Mathematics Specialist Unit 4) (4)
- Proof by mathematical induction (WACE Year 12 Mathematics Specialist Unit 4) (2)
- Slope (direction) fields (WACE Year 12 Mathematics Specialist Unit 4) (2)
- Solving differential equations by separation of variables (WACE Year 12 Mathematics Specialist Unit 4) (3)
- Statistical inference (WACE Year 12 Mathematics Specialist Unit 4) (5)
- The central limit theorem (WACE Year 12 Mathematics Specialist Unit 4) (3)
- The sampling distribution of the sample mean (WACE Year 12 Mathematics Specialist Unit 4) (3)
- Vector equations of lines and planes (WACE Year 12 Mathematics Specialist Unit 4) (5)
- Volumes of revolution (WACE Year 12 Mathematics Specialist Unit 4) (4)
Sample cards from this deck
Definition
Factorising polynomials over the complex numbers (WACE Year 12 Mathematics Specialist Unit 3)
Define Conjugate root theorem
If a polynomial has real coefficients and is a root, then its conjugate is also a root.
Fill the gap
Matrices and linear transformations (WACE Year 12 Mathematics Specialist Unit 4)
Matrix multiplication is associative but ___: in general .
Matrix multiplication is associative but not commutative: in general .
Definition
Functions and sketching graphs (WACE Year 12 Mathematics Specialist Unit 3)
Define Domain
State any values excluded by a zero denominator or even root.
Fill the gap
Statistical inference (WACE Year 12 Mathematics Specialist Unit 4)
The quantity is the ___.
The quantity is the standard error.
Definition
Inverse trigonometric (circular) functions (WACE Year 12 Mathematics Specialist Unit 3)
Define Principal domains and ranges
has domain and range . has domain and range . has domain and range .
Fill the gap
Vector equations of lines and planes (WACE Year 12 Mathematics Specialist Unit 4)
Two lines are ___ if their direction vectors are scalar multiples.
Two lines are parallel if their direction vectors are scalar multiples.
Definition
The complex plane, modulus and argument (WACE Year 12 Mathematics Specialist Unit 3)
Define Modulus
The modulus of is , the distance from to the origin.
Key fact
Areas between curves (WACE Year 12 Mathematics Specialist Unit 4)
Tell me about Finding the limits
The limits and are usually the -coordinates of the intersection points, found by solving . Sketch the region to confirm which curve is on top, since that determines the order of subtraction.
Fill the gap
Complex numbers (WACE Year 12 Mathematics Specialist Unit 3)
The ___ is the distance from the origin.
The modulus is the distance from the origin.
Key fact
The central limit theorem (WACE Year 12 Mathematics Specialist Unit 4)
Tell me about The mean and standard error of the sample mean
Two exact facts underpin the theorem and hold for any sample size. The mean of the sampling distribution equals the population mean, , so the sample mean is an unbiased estimator of the population mean.