Math Tuition

Deriving and applying Maclaurin expansions in H2 Mathematics, including standard series and approximations.

Cartesian and polar form, the Argand diagram and loci: what H2 complex numbers require.

Three-dimensional vectors, scalar and vector products, lines and planes in H2 Mathematics.

Connected rates of change in A-Math: the chain rule applied to real quantities, and where students set the problem up wrongly.

Mean, median, mode and statistical diagrams in Secondary 2, and the interpretation marks students leave behind.

Proportional relationships in Secondary 2: setting up the constant, recognising which type applies, and avoiding the standard errors.

The equation of a circle, tangents and intersections in A-Math coordinate geometry.

The remainder and factor theorems, polynomial division and partial fractions in A-Math.

Proving identities and solving trigonometric equations in A-Math: pattern recognition, general solutions and common errors.

Optimisation with calculus in A-Math: setting up the equation, classifying stationary points, and answering the question asked.