Did you know? A child can recall a Science fact and still need help using it in an answer. Science tuition can help by connecting the concept, the evidence in the question and the explanation. The useful lesson teaches that connection before asking the child to memorise a polished paragraph.
Separate three possibilities: the learner does not know the concept, misreads the situation, or knows both but leaves the relationship unstated. Primary Science, secondary Science combinations and separate Sciences have different scope and assessment requirements. Choose the exact subject, level and examination year before selecting practice.
Bring one answer that received partial credit and ask your child to explain it aloud. Locate the missing step, teach it with a simple comparison and try another question later. A clear new explanation is stronger evidence of learning than copying the corrected original.
Choose the question closest to yours
What is the difference between a fact and an explanation? · How should a tutor repair a partial answer? · How does the approach change across levels? · What can families check after a few lessons?
What is the difference between a fact and an explanation?
Consider a wet cloth drying. “Water evaporates” names a process. To explain why a cloth becomes drier, connect the process to water leaving the cloth as water vapour. The explanation should answer the actual question, not merely display a relevant scientific word.
Now compare two similar wet cloths placed under different conditions. Before choosing an explanation, identify the changed condition and the observed result. Use the relevant taught concept to connect them. Do not assume that a familiar object tells you which concept every question is testing.
How should a tutor repair a partial answer?
Ask the student to identify what happened, why it happened and which observation supports the claim. These prompts organise thought; they are not a fixed official marking formula. The final response should be adapted to the task and the applicable syllabus.
If the learner is unsure of the concept, rebuild it with a suitable model, demonstration or explanation. If the concept is secure, practise selecting relevant evidence and writing the causal link. Correcting only vocabulary can leave the underlying reasoning unchanged.
How does the approach change across levels?
In primary work, use the current MOE Science curriculum and relevant PSLE format. In secondary work, record the exact G1 Science, G2/G3 Science combination or separate G3 Science title. “Science tuition” is too broad to establish which content and practical requirements should be taught.
The learning habit can continue across the transition: observe accurately, choose a concept, explain the relationship and check it against the question. The required concepts become more formal, and assessment tasks may differ. Follow the official subject document and school programme rather than recycling an older paper as if nothing changed.
What can families check after a few lessons?
Give a fresh situation that uses the same concept with different surface details. Ask for a prediction and a reason. Then ask what condition would change the answer. This helps reveal whether the learner controls the idea or is repeating a remembered description.
In a 3-pax group, the tutor should hear each learner’s explanation, not only the quickest response. At home, one careful “Why?” discussion can be enough. Keep the focus on the missing connection, and allow the child to discover that an explanation can become clearer with a small, specific repair.
Continue with the appropriate learning guide
Primary, PSLE, SEC and syllabus series directory
Official syllabus routes
Choose the learner’s actual subject, level and examination year. These official routes were checked on 10 October 2026; the linked PSLE formats are for 2026 and the SEC directories are for 2027 school candidates.
MOE primary subjects and syllabuses
SEAB PSLE formats examined in 2026
SEAB 2027 SEC G1 school-candidate syllabuses
