Science · Year 1 · The Junior Scientist: Inquiry Skills · Term 3

From Curiosity to Scientific Questions

Students will practice turning their observations and curiosities into testable scientific questions, distinguishing them from general wonderings.

• ACARA Content Descriptions
• AC9S1I01

About This Topic

Year 1 students develop essential inquiry skills by converting everyday curiosities into testable scientific questions. They distinguish general wonderings, like "I wonder why birds fly," from specific questions such as "Do heavier objects fall faster than lighter ones?". This process follows AC9S1I01, which requires students to pose questions based on observations of the world around them.

Within the Australian Curriculum, this topic introduces the scientific method's first step. Students analyze how to refine questions using familiar objects, such as balls or leaves, making them precise and investigable. Class discussions highlight patterns, like adding "how" or "what happens if" to vague ideas, fostering critical thinking from the start.

Active learning benefits this topic greatly. When students handle objects, brainstorm in pairs, and refine questions through group feedback, they experience the inquiry process firsthand. These methods turn abstract skills into practical tools, boost participation, and prepare students for full investigations with confidence.

Key Questions

1. Differentiate between a 'wondering' and a scientific question.
2. Analyze how a question can be made more specific for an investigation.
3. Construct three scientific questions about a common object.

Learning Objectives

• Formulate three testable scientific questions about a common object based on observations.
• Differentiate between a general 'wondering' and a specific scientific question.
• Analyze how to refine a broad curiosity into a precise question suitable for investigation.
• Classify given statements as either a 'wondering' or a scientific question.

Before You Start

Making Observations

Why: Students need to be able to use their senses to notice details about objects and events before they can formulate questions about them.

Identifying Objects

Why: Students must be able to name and recognize common objects in their environment to ask questions about them.

Key Vocabulary

Observation	Noticing something in the world around you using your senses.
Curiosity	A strong desire to know or learn something.
Wondering	A general thought or question about something, often broad and not easily tested.
Scientific Question	A question about the natural world that can be investigated and answered through experiments or further observation.
Testable	Able to be investigated or tested through an experiment or observation.

Watch Out for These Misconceptions

Common Misconception

Any question about an object is scientific.

What to Teach Instead

Scientific questions must be testable through observation or simple tests. Sorting activities with peer discussion help students classify examples, revealing that wonderings like "Do ants like sugar?" need rephrasing to "What happens if I put sugar near ants?" for clarity.

Common Misconception

Scientific questions always begin with 'why'.

What to Teach Instead

'Why' questions often lead to explanations beyond testing; 'how' or 'what if' work better for investigations. Group relay games show rephrasing in action, as students build on each other's ideas to create actionable queries.

Common Misconception

Questions need a single yes/no answer.

What to Teach Instead

Open-ended questions allow evidence collection. Hands-on object exploration followed by pair refinement helps students expand narrow ideas into investigable ones through trial and shared critique.

Active Learning Ideas

Think-Pair-Share: Wondering to Question

Provide a common object like a toy car. Students spend 2 minutes noting individual wonderings. In pairs, they rephrase one into a testable question, then share with the class for voting on the best version.

25 min·Pairs

Question Sort Stations: Small Groups

Prepare cards with wonderings and scientific questions. Groups rotate through stations to sort cards into categories, discuss why each fits, and create one new question per station.

35 min·Small Groups

Object Question Relay: Whole Class

Divide class into teams. Each student observes an object, states a wondering, passes to next for rephrasing as scientific question. Teams refine their chain collaboratively.

30 min·Whole Class

Personal Question Journal: Individual

Students choose a classroom object, draw it, write one wondering and one scientific question. Pairs swap journals to peer-review and suggest improvements.

20 min·Individual

Real-World Connections

• Young children often ask 'Why?' about everything they see, which is the first step in becoming a scientist. For example, a child might wonder why leaves change color in autumn, leading to questions about plant biology and seasonal changes.
• Museum exhibit designers create interactive displays to spark curiosity in visitors. They must anticipate common questions and design exhibits that allow people to observe, ask questions, and find answers, much like scientists do in their research.
• Product developers at toy companies test different materials and designs to answer questions like 'What makes a ball bounce higher?' or 'Which shape flies the furthest?', turning everyday curiosities into new inventions.

Assessment Ideas

Quick Check

Present students with a collection of objects (e.g., a feather, a rock, a leaf). Ask them to write down one 'wondering' and one scientific question about one of the objects. Review their responses to see if they can distinguish between the two.

Exit Ticket

Give each student a card with a general wondering, such as 'I wonder if plants need sunlight.' Ask them to rewrite it as a specific, testable scientific question. Collect the cards to assess their ability to refine questions.

Discussion Prompt

Show students a short video clip of a simple experiment (e.g., dropping two different-sized balls). Ask: 'What did you observe?' Then, 'What questions do you have about what you saw?' Guide the discussion to help them formulate testable questions from their observations.

Frequently Asked Questions

What makes a good scientific question in Year 1?

A good scientific question stems from observation, is testable with simple tools, and focuses on patterns or changes, like "Does a ball roll farther on a smooth or rough surface?". It avoids untestable opinions. Guide students by modeling refinements during whole-class shares, ensuring questions fit short investigations with clear predictions.

How to distinguish wonderings from scientific questions?

Wonderings express general curiosity without a test path, such as "Why is grass green?"; scientific questions specify variables, like "Does wet grass look darker than dry grass?". Use card sorts in small groups: students categorize, justify choices, and convert wonderings, building discernment through collaboration.

Examples of Year 1 scientific questions about everyday objects?

For a leaf: "Do wet leaves stick more than dry ones?". For a magnet: "Does the magnet pick up paper clips or erasers?". For shadows: "Does my shadow change size at different times?". These encourage prediction and testing. Start with shared observations to generate class lists, then let students pick and refine.

How can active learning help students form scientific questions?

Active learning engages students through object manipulation, pair brainstorming, and group relays, making question-crafting dynamic. Handling items sparks authentic observations, while peer feedback refines vague ideas into testable ones. This approach, aligned with AC9S1I01, increases retention as students iterate live, gaining confidence over passive instruction.