ESTION 1: 4 LSK3701 OCT/NOV 2026 (25) 1.1 A Foundation Phase learner says, “The Moon follows our car when we drive at night”. Define scientific literacy and discuss how a teacher could use this situation to develop scientific literacy in the Foundation Phase. In your answer, explain how learners could investigate the observation. Include one practical classroom activity to support learning.

Scientific literacy is the ability to understand and engage with scientific concepts, processes, and practices, enabling individuals to make informed decisions and participate thoughtfully in a technologically advanced society. It involves understanding the nature of science, scientific inquiry, and the relationship between science, technology, and society.

A teacher could use the observation, "The Moon follows our car when we drive at night," to develop scientific literacy in the Foundation Phase by:

1. Fostering Curiosity and Observation: The teacher can acknowledge the learner's observation as valid and interesting, encouraging other learners to share similar experiences. This validates their natural curiosity and observational skills, which are foundational to scientific inquiry.
2. Promoting Questioning and Inquiry: The teacher can guide learners to ask "why" and "how" questions about the phenomenon. For example, "Why does the Moon seem to follow us?" or "Does it follow everyone?" This encourages critical thinking and the formulation of testable questions.
3. Developing Scientific Vocabulary: Introduce terms like "perspective," "relative motion," and "distance" in an age-appropriate manner, explaining how our position affects what we see.
4. Encouraging Prediction and Hypothesis Formation: Ask learners to predict what might happen if they drive faster or slower, or if they are in a different vehicle. This helps them start forming simple hypotheses.
5. Facilitating Investigation and Experimentation: Guide learners to design simple ways to test their ideas, even if it's just through further observation.

Learners could investigate the observation by:

• Repeated Observation: On another night drive, encourage learners to observe the Moon again, perhaps from different seats in the car or while looking out different windows. They could also observe other distant objects (like distant mountains or tall buildings) to see if they also appear to "follow" the car, compared to closer objects (like trees or streetlights) that whiz by.
• Discussion and Comparison: After observations, facilitate a class discussion where learners share what they saw and compare their experiences. The teacher can then introduce the concept that very distant objects appear to move with us because our perspective changes very little relative to their vast distance, unlike closer objects.

Practical Classroom Activity:

Activity Title: "Close vs. Far: What Moves With Us?"

Materials:

• A small toy car or a child walking
• A close object (e.g., a pencil, a book, a small toy)
• A distant object (e.g., a picture of a mountain on the wall, a window looking out at a distant building, or even a drawing of the Moon taped far away on the wall)

Procedure:

1. Setup: Place the "distant object" far across the classroom or on a wall. Place the "close object" a few steps in front of the distant object.
2. Demonstration: Have a learner (or the teacher) slowly "drive" the toy car or walk across the front of the classroom, keeping their eyes on both the close and distant objects.
3. Observation: Ask the learners:
   • "What happens to the close object as the car/person moves?" (It appears to move quickly past them.)
   • "What happens to the distant object as the car/person moves?" (It appears to stay in the same general direction, almost "following" them.)
4. Discussion: Explain that the Moon is like the distant object – it's so far away that it seems to follow us, even though it's actually staying in its place in the sky. This helps them understand the concept of relative motion and perspective in a tangible way.