Niveau 10

Grade 10 Science Online Tutoring

Live online Grade 10 science classes. Electricity, waves and optics, organic chemistry and genetics — the applied half of the SSC, GCSE and IGCSE course.

La réponse en bref
Grade 10 science is the applied half of the course. Physics moves to heat, waves, optics and electricity, chemistry to gas laws, electrochemistry and organic compounds, and biology to coordination, inheritance and human physiology. Learning Loft teaches all three strands online in groups of at most five.

Ce que nous couvrons en Sciences au niveau 10

Physics: heat capacity, thermal expansion and changes of state
Physics: modes of heat transfer and the kinetic theory of gases
Physics: waves, sound and geometrical optics
Physics: electrostatics, current electricity and Ohm's law
Physics: circuit diagrams, electronics and electromagnetism
Physics: electromagnetic waves, and atomic, nuclear and space physics
Chemistry: gas laws, stoichiometry and reaction kinetics
Chemistry: electrochemistry, electrolysis, fuel cells and salts
Chemistry: organic chemistry — hydrocarbons, alcohols, carbonyls and polymers
Biology: coordination and control, reproduction, inheritance and human physiology

À la fin de l'année

Draw and interpret circuit diagrams, and apply Ohm's law to series and parallel circuits.
Name and describe simple organic compounds — alkanes, alkenes, alkynes, alcohols and carbonyl compounds — and their typical reactions.
Explain how the nervous and endocrine systems coordinate the body, and use a Punnett square to predict the outcome of a monohybrid cross.

Là où les élèves bloquent

Physics: ray diagrams for lenses and mirrors, and predicting how current and voltage divide in series versus parallel circuits.
Biology: monohybrid crosses — confusing genotype with phenotype, and reading 'dominant' as 'the most common in the population'.

Grade 10 is where science becomes applied

Grade 9 built the models: forces, atoms, cells. Grade 10 spends them. Electricity, waves and optics in physics; electrochemistry and organic chemistry in chemistry; coordination, inheritance and human physiology in biology.

The change matters for revision. Grade 9 content can largely be learned; Grade 10 content has to be applied to a situation the student has not seen, which is why reading notes produces so much less improvement than answering questions does.

Some marks are drawn, not written

Ray diagrams and circuit diagrams carry marks for the drawing itself — arrows on the rays, correct component symbols, lines that actually meet. A student who understands refraction perfectly and draws it approximately still loses the marks.

These are among the cheapest marks on the paper to recover, because the fix is mechanical. We practise the standard diagrams until they can be produced quickly and correctly under time, and we mark them the way the board does.

Definitions and units

Every one of the three papers opens with recall marks. Definitions, units and the standard descriptions are the most predictable marks in the examination and the ones most often given away, because they feel too easy to revise.

We test them cold and briefly at the start of sessions. It is unglamorous, it takes five minutes, and it is worth more per minute than almost anything else in the final term.

Revising three sciences at once

The practical problem of Grade 10 is not any single topic. It is that three separate subjects, each with its own paper, are examined within days of each other, and students revise the one they enjoy.

A written plan that allocates time by weakness rather than by preference is the single most useful thing a family can do in the final term. We build one at the start of the year and revise it after each mock, and we would rather a student cut a strong strand than lose a weak one.

Papers to revise at once: physics, chemistry and biology: 3Papers to revise at once: physics, chemistry and biology
Sessions a week in the examination year: 4–6Sessions a week in the examination year
Maximum students in a group: 5Maximum students in a group

Questions fréquentes

What science topics are in the Grade 10 (Matric) syllabus?

Physics covers heat, waves, sound, optics, electricity, electromagnetism and nuclear physics. Chemistry covers gas laws, kinetics, electrochemistry, salts and organic chemistry. Biology covers coordination and control, reproduction and inheritance, biotechnology, and human physiology and disease.

Which Grade 10 science topics cause the most difficulty?

Reliably three: ray diagrams in optics, series and parallel circuits, and monohybrid inheritance. All three fail for the same reason — the student can state the rule and cannot apply it to an unfamiliar diagram — and all three respond to practice with feedback rather than to rereading.

How do we revise physics, chemistry and biology together?

With a written plan that allocates time by weakness rather than by preference, and rotates the three so none is left for the last fortnight. Students left to choose will revise the strand they like, which is the one that needed the time least.

Do you follow the SSC syllabus or IGCSE?

Whichever the student is entered for. The physics, chemistry and biology content overlaps considerably between SSC Part II and Cambridge IGCSE, but the papers, the command words and the mark schemes differ, and we teach and practise against the one that will be sat.

Sources

National Curriculum of Pakistan: Physics progression grid, Grades 9–12 — National Curriculum Council, Ministry of Federal Education and Professional Training
National Curriculum of Pakistan: Chemistry progression grid, Grades 9–12 — National Curriculum Council, Ministry of Federal Education and Professional Training
National Curriculum of Pakistan: Biology progression grid, Grades 9–12 — National Curriculum Council, Ministry of Federal Education and Professional Training

Dernière mise à jour 7 août 2026