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GCSEGrades 9-10

GCSE Chemistry

Atomic structure through to organic chemistry, with calculation practice for the maths-based questions.

60-min sessions, weekly
$30 USD/hr
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60-min sessions, weeklyGCSE curriculumGrades 9-10

What you’ll learn

  • Atomic structure, bonding and the periodic table
  • Quantitative chemistry calculations
  • Required practicals and exam-style questions
  • About GCSE Chemistry tutoring

    GCSE Chemistry tutoring on TutorA is live and 1:1 for Grades 9-10 following the GCSE curriculum, held in 60-min sessions, weekly. Sessions build toward atomic structure, bonding and the periodic table; quantitative chemistry calculations; required practicals and exam-style questions. Every tutor is reviewed by TutorA's team before being matched, and sessions are paced to where a student is actually starting from rather than a fixed group syllabus.

    What this covers

    • required practicals examined via written exam questions
    • foundation tier caps at grade 5, higher spans 4-9
    • combined science route condensed vs triple science depth
    • periodic table provided, but using it is a skill

    Every major GCSE Chemistry exam board — AQA, Edexcel, OCR — builds a fixed list of 'required practicals' into the specification, and although students aren't necessarily examined on performing them live, questions drawing on that practical work show up regularly in the written papers: describing a method, identifying a source of error, or interpreting results from an experiment the student is expected to have actually done in class.

    This is part of why a student who missed or rushed through the required practicals during the course sometimes finds certain exam questions unexpectedly unfamiliar, even when the underlying chemistry content was covered well. The Foundation and Higher tier split shapes both the ceiling and the content: Foundation tops out at a grade 5, while Higher spans grades 4 through 9 but introduces more demanding content from the outset, including more detailed organic chemistry and quantitative calculations involving moles.

    Students on the Combined Science route cover a condensed version of the chemistry content worth two GCSEs shared across three sciences, while Triple Science students take a full standalone GCSE in chemistry with more depth in areas like rates of reaction and equilibrium. A periodic table is typically provided in the exam, but knowing how to actually use it — working out electron configurations, predicting reactivity trends down a group — is a separate skill from having it in front of you.

    Because required practicals and tier content vary by board, a tutor matched to a student's specific exam board and route can reinforce exactly what's likely to appear, rather than teaching a generic version of GCSE Chemistry that may not map onto the actual paper.

    Why a TutorA tutor

    GCSEs are UK qualifications typically taken around ages 14–16 (Years 10–11), graded on the 9–1 scale — and GCSE Chemistry has its own dedicated tutor ecosystem, entirely separate from IGCSE and A-Level Chemistry. Pricing is shown before booking, and our guarantee covers a free rematch if your first tutor isn't the right fit.

    Tutors for GCSE Chemistry

    We don’t have a tutor actively teaching GCSE Chemistry yet — send a request and we’ll match one for you.

    More GCSE subjects

    GCSE Chemistry FAQ

    IGCSE is the internationally-administered variant of the same qualification level, run by boards like Cambridge or Edexcel International, with some syllabus differences — see our IGCSE Chemistry page if that's what your school follows.

    Typically Year 10–11 students, around ages 14–16, in the UK system.

    On the 9–1 numerical scale, with 9 being the highest.

    Coverage depends on the tutor matched to you — mention which route you're on when requesting a tutor so we match accordingly.

    For GCSE Chemistry: Yes, for most tutors on TutorA. Our team reviews every tutor before they're matched with a student, regardless of location, and their profile shows their real background — most happen to be India-based.

    Each exam board specifies a fixed list of practicals — like preparing a soluble salt or investigating rates of reaction — that students are expected to carry out during the course. Written exam questions regularly draw on that practical experience, asking students to describe a method, spot a source of error, or interpret results, even without a live practical exam.

    Yes, typically. Having it in front of you doesn't substitute for knowing how to use it, though — working out electron configurations or predicting reactivity trends down a group is a separate skill from simply reading the table.