Year 12 Subject Confidence

In Mathematics Advanced, rearrange algebraic equations and formulas while preserving equivalence.

In Mathematics Advanced, sketch translations, reflections, and dilations of a parent function from transformation notation.

In Physics, draw a labelled system diagram that identifies relevant objects, vectors, known quantities, and unknown quantities.

In Economics, trace a change through the five-sector circular flow of income.

In Geography, calculate gradient from contour or elevation data on a topographic map.

In English Advanced, write a defensible thesis that directly answers an analytical question.

In English Advanced, integrate a short quotation grammatically into an analytical sentence.

In Studies of Religion I, explain a causal relationship between a religious belief and an ethical teaching or practice.

In Mathematics Advanced, solve exponential and logarithmic equations by rewriting expressions in a common form.

In Physics, calculate and interpret the gradient of a best-fit line for experimental data.

In Physics, report a measured result using an appropriate absolute or percentage uncertainty.

In Economics, calculate and interpret a change in a major economic indicator from supplied data.

In Geography, select an appropriate graph or map type for a specified geographical dataset.

In Geography, evaluate a geographical source for reliability, bias, currency, and usefulness.

In English Advanced, explain how one feature of form shapes meaning in a text.

In Studies of Religion I, support a claim with a specific reference to sacred text, authoritative teaching, or lived practice.

In Mathematics Advanced, solve a trigonometric equation over a specified domain using exact values or a calculator.

In Physics, calculate centripetal acceleration and force in uniform circular motion.

In Economics, explain one mechanism through which globalisation links national economies.

In Economics, evaluate one argument for or against a specified form of trade protection.

In Geography, construct a systems diagram showing interactions and feedback within a geographical environment or place.

In English Advanced, analyse how a text represents an individual or collective human experience.

In Studies of Religion I, explain how Aboriginal spirituality expresses connection to Country.

In Studies of Religion I, explain one major cause of change in Australia’s religious landscape since 1945.

In Mathematics Advanced, differentiate polynomial, exponential, logarithmic, and trigonometric functions using the appropriate rule.

In Mathematics Advanced, use the first derivative to locate and classify stationary points.

In Physics, calculate the motion of a projectile by treating its horizontal and vertical components independently.

In Physics, apply the principle of moments to a rotational-equilibrium problem.

In Economics, explain how a change in the exchange rate affects a component of Australia’s balance of payments.

In Geography, explain a causal pathway from a human activity to a geographical environmental or social impact.

In English Advanced, construct a Common Module paragraph that links evidence about human experiences to the thesis.

In Studies of Religion I, organise the beliefs, ethics, significant person or school of thought, and practice of a chosen depth study around a unifying idea.

In Mathematics Advanced, use intercepts, asymptotes, stationary points, and end behaviour to sketch a function.

In Physics, use gravitational field and circular-motion relationships to solve an orbital-motion problem.

In Economics, distinguish the causes and consequences of economic growth, unemployment, and inflation in a given scenario.

In Economics, explain a conflict between two Australian economic objectives.

In Geography, infer a geographical process from a spatial pattern shown in mapped or statistical data.

In Geography, use layered spatial information to explain a relationship between two geographical variables.

In English Advanced, compare how two texts use a common idea for different purposes.

In Studies of Religion I, analyse how a significant person or school of thought influenced a religious tradition.

In Mathematics Advanced, formulate and solve a one-variable optimisation problem using differentiation.

In Mathematics Advanced, evaluate a definite integral using an antiderivative.

In Physics, calculate the force on a charged particle or current-carrying conductor in a magnetic field.

In Physics, use Faraday’s and Lenz’s laws to determine the direction and magnitude of an induced electromotive force.

In Economics, analyse how an economic outcome affects income distribution or environmental sustainability.

In Geography, explain how interacting economic, social, political, and environmental factors transform a place.

In English Advanced, construct a comparative argument about the conversation between two prescribed texts.

In Studies of Religion I, analyse how an ethical teaching guides adherents’ responses to a contemporary issue.

In Mathematics Advanced, calculate a signed area or total enclosed area from a definite integral.

In Physics, use a wave model to explain interference, diffraction, or polarisation of light.

In Economics, trace the effect of a fiscal-policy change through aggregate economic activity.

In Geography, formulate a focused fieldwork or secondary-research question and identify data capable of answering it.

In English Advanced, develop an interpretation of a prescribed Module B text using a recurring pattern of evidence.

In English Advanced, evaluate how form and context contribute to the textual integrity of a prescribed Module B text.

In Studies of Religion I, analyse how a significant practice expresses the beliefs of a religious tradition.

In Studies of Religion I, connect beliefs to the ethics, significant person or school of thought, and practice in a depth-study response.

In Mathematics Advanced, construct and interpret an exponential model of growth or decay.

In Mathematics Advanced, use a recurrence relation or annuity formula to model a loan, investment, or savings plan.

In Physics, calculate time dilation or length contraction in a special-relativity scenario.

In Economics, trace a change in monetary policy through the cash rate, spending, output, employment, and inflation.

In Economics, construct a policy-transmission chain that states assumptions and possible limitations.

In Geography, select precise case-study evidence to support a claim about a geographical process or management response.

In English Advanced, use a critical perspective to refine rather than replace a personal interpretation of a text.

In Studies of Religion I, analyse a stimulus by connecting its details to relevant religious beliefs and practices.

In Mathematics Advanced, calculate and interpret probabilities and expected values for a discrete random variable.

In Physics, use the photoelectric effect to distinguish predictions of classical and quantum models of light.

In Physics, use atomic spectra to explain quantised electron energy levels.

In Economics, explain how a specified microeconomic or labour-market policy is intended to improve economic performance.

In Geography, evaluate a management strategy against explicit environmental, social, and economic criteria.

In English Advanced, control point of view, structure, and imagery in a short imaginative composition.

In English Advanced, use voice, evidence, and structure to compose a purposeful discursive or persuasive passage.

In Studies of Religion I, integrate religious evidence into an analytical paragraph using claim, explanation, and judgement.

In Mathematics Advanced, standardise a normally distributed variable and interpret a resulting probability or percentile.

In Physics, use evidence from scattering, spectra, or nuclear reactions to explain a development in the atomic model.

In Economics, use current or supplied Australian data to explain one economic issue in context.

In Economics, evaluate a policy mix against specified economic objectives and constraints.

In Geography, synthesise a map, graph, image, and written source into one supported geographical conclusion.

In Geography, construct an extended-response argument that combines geographical concepts, data, and case-study evidence.

In English Advanced, write a reflection that explains how deliberate language choices shaped a composition for its audience and purpose.

In Studies of Religion I, formulate an extended-response thesis that makes a sustained judgement about religion’s influence or expression.

In Mathematics Advanced, calculate and interpret correlation and a least-squares regression line from bivariate data.

In Physics, evaluate the validity, reliability, and accuracy of a scientific investigation and propose a justified improvement.

In Economics, produce a timed extended-response plan with a thesis, causal analysis, evidence, and evaluative criteria.

In Geography, solve an unseen spatial-skills question under a set time limit and verify units and scale.

In English Advanced, produce a timed essay plan that adapts a prepared interpretation to an unfamiliar question.

In English Advanced, write a timed analytical paragraph that maintains a clear line of argument under exam conditions.

In Studies of Religion I, answer a timed stimulus-based response using accurate terminology and specific religious evidence.

In Studies of Religion I, revise a timed response by diagnosing its weakest element and making one targeted improvement.