Science · Primary
Primary science: making sense of the world around you
Living things, matter, the human body, seasons and the experimental method: straightforward answers to the questions children actually ask.
Primary science does not call for learned vocabulary; it calls for answering the "why" questions honestly. A child who is told why ice melts retains more than a child copying out a definition.
What your child works on
- Tell living from non-living, and follow the life cycle of a plant or an animal.
- Recognise the states of matter and what moves between them: heating, cooling, mixing.
- Know the main functions of the human body: breathing, digesting, moving, sleeping.
- Understand day, night, seasons and weather from the Earth's movements.
- Run a small experiment: state a hypothesis, observe, record the result and conclude.
How Twinko helps with this subject
A tutor that asks instead of answering
Prof Twinko releases help in stages: a nudge, then a lead, then the method. The full solution only comes as a last resort.
Lessons generated on the exact topic
You say what is not working, the age band and the difficulty. The lesson and its exercises are written for that request — not pulled from a catalogue.
XP that leads to a real reward
Every completed lesson earns XP, redeemable against the reward you set yourself. That is what brings the child back the next day.
Frequently asked questions
How do you answer a science question you do not know yourself?
By looking it up with the child rather than improvising an answer. Saying "I do not know, let's find out" is an excellent model. It is also the single most common use of Twinko: the parent asks the bedtime question, the tutor turns it into an explanation pitched at the child's age.
Do you need equipment to do science at home?
Almost never. A glass of water, an ice cube and a plant on the windowsill cover most of the primary curriculum.
At what age should the experimental method be introduced?
From age 6 or 7, in a simple form: "what do you think will happen?", then check. Predicting before observing is what builds scientific reasoning.
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