
Grades 4–6 (P.4–P.6)
Science
An AR classroom game for Grade 4. Learners can aim with their hands at the camera or play by tapping the screen.
This set has 6 questions in an interactive multiple choice activity.
Curriculum indicatorว 3.1 ป.4/2
A look before you play
A few real prompts from the game to help you choose an activity for your class.
The moon has no light of its own; it reflects the sun's.
The moon's position relative to the earth and the sun keeps changing.
About twenty-nine and a half days, which is where the lunar month comes from.
Before you play
The Moon and its phenomena: it reflects sunlight, its phases, how long it takes to orbit Earth, solar and lunar eclipses, and why we always see one side. Fits ว 3.1 ป.4/2 (the Moon's changing appearance); questions 4 and 5 belong to ว 3.1 ป.6/1 (eclipses).
6 questions, multiple choice with three options each - The Moon has no light of its own; it reflects sunlight - Phases come from the Moon's changing position as it orbits Earth (distractor: Earth's shadow) - One orbit takes about 1 month - A solar eclipse is the Moon blocking the Sun; a lunar eclipse is Earth blocking the light to the Moon
Use it after children have recorded the Moon's shape at home for one or two weeks, about 6 minutes in teams. For questions 2, 4 and 5, use a three-person model: one holds a torch as the Sun, one is Earth, one holds a ball as the Moon, then move them for each phenomenon. Question 3 links to the lunar calendar and Buddhist holy days (วันพระ). You can link it to a class and record it in the gradebook.
- Question 2: choosing Earth's shadow, a very common misconception. Use the three-person model to show that Earth's shadow does not fall on the Moon during its phases. - Questions 4 and 5: swapping them because สุริย and จันทร are unfamiliar. Remember: สุริยะ is the Sun being blocked, จันทร is the Moon being blocked. - Question 6: choosing the Moon does not spin at all. Have a child walk around a chair always facing it, then ask how many times they turned.