Physical Chemistry methods
Use equations, units and quantitative reasoning accurately across multi-step calculations.
100% online across the UK
Develop a structured approach to physical, inorganic and organic chemistry, calculations and multi-stage exam questions.
Outcomes
A-Level Chemistry tuition builds the calculations, mechanisms, practical interpretation and conceptual links needed for multi-stage exam questions.
Use equations, units and quantitative reasoning accurately across multi-step calculations.
Understand electron movement, conditions and reaction pathways instead of memorising isolated reactions.
Connect periodic trends, observations and chemical reasoning across unfamiliar questions.
Analyse measurements, uncertainties, observations and evidence with greater precision.
What we can cover
A-Level Chemistry
A-Level Chemistry becomes demanding when several ideas must be used at once. Tuition can strengthen the prerequisite knowledge behind each topic while developing methods for longer calculations, reaction pathways and questions that combine information from different parts of the course.
Support can include amount of substance, energetics, kinetics, equilibria, acids and bases, redox and other quantitative topics according to the learner’s specification. Units, significant figures and the sequence of a calculation are checked carefully.
Students can build reaction maps around functional groups, reagents, conditions and mechanisms. The focus is on understanding patterns of reactivity so unfamiliar transformations can be reasoned through rather than memorised as disconnected facts.
Tuition can connect periodic trends, oxidation states, observations and equations to underlying structure and bonding. This helps students justify patterns and explain unfamiliar results with chemical reasoning.
Lessons can revisit experimental methods, measurements, uncertainty, calibration, graphs, observations and evaluation. Practical questions are treated as evidence-based reasoning rather than a list of memorised procedures.
Exam preparation
Past-paper style work can target recurring issues such as an incorrect first step in a calculation, weak mechanism notation, incomplete explanations, missed conditions or difficulty combining information from several topics. Detailed review matters more than simply completing more papers.
Bring the learner’s specification, module list, school scheme of work or mock feedback and sessions can follow the course being studied.
Early questions can reveal whether the difficulty is conceptual, mathematical, notation-based or caused by missing prerequisite GCSE/A-Level knowledge.
TETS is led by Dr Louis Mbua Egbe, an engineer and educator with a PhD in Mechanical Engineering and an MSc in Thermal Energy Engineering, with UK teaching experience that includes the University of Cambridge Institute of Continuing Education. Read more about TETS.
Students who need stronger algebraic or quantitative foundations can also explore A-Level Maths tutoring. All school routes are listed on the GCSE & A-Level tuition page.
Frequently asked questions
Use the free consultation to discuss the current module, exam board and whether the student needs ongoing support or targeted help with particular Chemistry topics.
Yes. Sessions can build reliable methods for multi-step quantitative work while keeping units, assumptions and chemical meaning clear.
Yes. Support can focus on electron movement, reagents, conditions, reaction pathways and applying mechanisms to unfamiliar examples.
Yes. Bring the specification, module list or mock feedback and tuition can be aligned to it.
Yes. Sessions can cover methods, measurements, uncertainty, observations, graphs and evaluation where these form part of the learner’s course.
Pricing guide
£65–£85 per hourFinal recommendations depend on level, needs and the support required.
Next step
Share the student’s current course, weak topics and recent assessment feedback so the consultation can set priorities for calculations, mechanisms, practical work and exam technique.