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Subject: General Science
Semester: 1
Period: 1
Week: 4
School Name:
Teacher’s Name:
Subject: General Science
Grade Level: Grade 2
Date: Week 4
Lesson Duration: 45 minutes
Week & Period: Week 4, Period 1
Topic: Science can ask more questions
Sub-topic: What can I see above the clouds?
Learning Objectives
By the end of the lesson, students should be able to ask questions about objects and phenomena in the sky, make predictions, and record observations about what they see above the clouds.
Previous Knowledge
Students already know how to ask questions, make guesses, and observe objects in their environment.
Instructional Materials
Pictures of clouds and sky phenomena, binoculars (optional), whiteboard, markers, observation sheets, pencils
Lesson Development – ABC Model
A – Anticipation (Warm-up / Starter)
Time: 5–10 minutes
Teacher shows pictures of different sky phenomena (clouds, birds, planes, sun, moon) and asks students what questions they have about what is above the clouds. Students share ideas in pairs and then with the class.
B – Building Knowledge (Main Lesson Body)
Time: 25–30 minutes
Learners’ Activities (Expanded):
- Students go outside to the schoolyard or look out the classroom window to observe the sky.
- Each student writes down at least three questions about what they see. Examples:
- “Why are clouds white or gray?”
- “Why do clouds move?”
- “Why does the sky look blue?”
- “Where does the sun go at night?”
- In small groups, students share their observations and guesses, discussing:
- Why the sun feels hot.
- Why the moon changes shape.
- Why birds can fly high in the sky but people cannot.
- Teacher models turning simple thoughts into scientific questions, e.g.:
- From: “The cloud looks like cotton.”
- To: “What are clouds made of?”
- From: “The moon is small.”
- To: “Is the moon really small, or does it just look small?”
Assessment Checks:
- Teacher checks that each student wrote at least three sky-related questions.
- Teacher listens for relevance and curiosity (Are the questions linked to what they saw? Do they show wonder?).
- Groups are asked to share one good question and one guess with the class.
Notes (Expanded & Detailed):
- In science, asking questions never ends. Every new observation can bring new questions.
- The sky is full of objects—sun, moon, stars, clouds, birds, planes—that can make us wonder.
- Questions lead to investigations. For example:
- If we ask, “Why does the sun set?” scientists can study Earth’s rotation.
- If we ask, “Why do clouds move?” scientists can study wind.
- Encourage students to think beyond what is visible, such as:
- “What is above the clouds?”
- “Are there more stars we cannot see?”
- Highlight that curiosity is the starting point of science—great discoveries often begin with simple questions.
C – Consolidation (Conclusion & Assessment)
Time: 5–10 minutes
Summary: Students share their questions and predictions. Teacher reinforces how observing and asking questions helps scientists learn about the world.
Evaluation Method (Expanded)
Exit slip/quiz: Students write one question they have about the sky that they want to explore further. Teacher provides oral feedback.
Assignment (Expanded)
Students observe the sky at home at different times of the day and note any changes or new questions.
Follow-up Activity: In Week 5, students will integrate all skills learned into a mini-inquiry project.
Differentiation / Inclusive Strategies: Provide picture prompts for students who have difficulty forming questions. Allow peer support and pair discussions for all learners.
Teacher’s Reflection (After Class)
What worked well? ___________________________________________
What needs improvement? ____________________________________
Students’ engagement level: ☑ High ☑ Medium ☑ Low