Think Like a Scientist — Year 6 to the Olympiad.

Which maths skills should a Year 9 student check before starting more demanding chemistry problems?

Check ratio, fractions, percentages, unit conversions, rearranging a simple equation and reading graphs before increasing chemistry difficulty. Fluent calculation helps only when the student understands what the quantities represent.

For a simple mass-concentration example, 6 g distributed through 3 L corresponds to 2 g/L; the units explain the division. Ask the student to predict what happens if the volume doubles while the mass stays fixed. Choose a year-appropriate foundation or acceleration outline before attempting specialist olympiad material.

How can a Year 8 student decide whether they are ready for physics acceleration rather than more school-level revision?

Readiness for acceleration is more than finishing school worksheets quickly. Check whether the student can interpret a graph, use units, rearrange a basic relationship and explain why an answer is physically reasonable.

Try an unfamiliar speed–distance–time example and ask for both a calculation and explanation. If essential arithmetic or graph reading blocks progress, repair that first; if the foundation is secure and curiosity remains, try a suitable acceleration sample. A Year 7–8 preparation course is distinct from entry to a senior Physics Olympiad.

How can an older student decide whether to move from broad junior science preparation towards chemistry olympiad study?

Move towards specialist chemistry when the student has the relevant foundations and wants deeper chemical reasoning, rather than simply because they have completed a junior course.

Review atomic ideas, reactions, quantities and supporting maths, then try a suitable worked problem independently. A student who needs broad science confidence may benefit from further junior preparation; an older student with secure foundations can inspect the Chemistry Olympiad Foundation outline. Confirm the organiser's entry and later selection rules separately from choosing a training course.

Which science extension course fits Year 7?

Choose a single-subject acceleration course when one interest or gap is clear, or inspect broad Junior Science Olympiad preparation when the student wants to connect several sciences. Our Year 7–8 chemistry, physics and biology outlines show the sequence and free starter lessons. Compare the actual tasks with your child’s current understanding before choosing a course.

What science extension options are available for Years 9–10?

The catalogue below includes Year 9–10 chemistry, physics and biology acceleration. These are subject-extension pathways; specialist Chemistry Olympiad preparation has a different depth and purpose. Start with the complete outline and a suitable sample, then choose one manageable next step. No private course automatically fulfils a school or university prerequisite.