English · Year 6 · Information and Inquiry · Term 4

Research Question Formulation

Learning to develop focused and answerable research questions for inquiry-based projects.

• ACARA Content Descriptions
• AC9E6LY01
• AC9E6LY02

About This Topic

Research question formulation teaches Year 6 students to craft focused, answerable questions that guide inquiry projects. Students learn to transform broad topics, such as 'animals' or 'space exploration,' into specific questions like 'How do koalas adapt to eucalyptus diets in Australian bushfires?' This skill aligns with AC9E6LY01 and AC9E6LY02, emphasising locating, analysing, and synthesising information through structured inquiry.

Effective questions balance specificity with openness to encourage exploration. Students critique questions for clarity, scope, and relevance, justifying choices based on available resources and personal interest. This process builds critical thinking and prepares them for research tasks across subjects, fostering independence in navigating complex texts and digital sources.

Active learning suits this topic because students actively test and refine questions through peer feedback and real-world application. Collaborative critiques reveal flaws in logic or scope, while hands-on trials with sample inquiries make abstract criteria concrete and memorable.

Key Questions

1. Design a research question that is both specific and open-ended.
2. Critique a research question for its clarity and scope.
3. Justify why a particular research question is relevant to a given topic.

Learning Objectives

• Design a research question that is specific enough to guide inquiry but open-ended enough to allow for exploration.
• Critique existing research questions for clarity, scope, and answerability, identifying areas for improvement.
• Justify the relevance of a chosen research question to a given topic or problem using evidence.
• Synthesize information from various sources to refine a broad inquiry topic into a focused research question.

Before You Start

Identifying Main Ideas and Supporting Details

Why: Students need to be able to identify the core concepts within a topic before they can formulate focused questions about it.

Summarizing Information

Why: Understanding how to condense information helps students recognize what aspects of a topic are most important to investigate.

Key Vocabulary

Research Question	A clear, focused, and answerable question that guides an inquiry or research project. It specifies what the researcher wants to find out.
Inquiry	A process of asking questions and seeking information to understand a topic or solve a problem. It involves active investigation and exploration.
Scope	The extent or range of a research question. A question with appropriate scope is neither too broad nor too narrow for the available time and resources.
Specificity	The quality of being precise and exact. A specific research question clearly defines the subject, context, and focus of the inquiry.
Open-ended	A question that cannot be answered with a simple 'yes' or 'no' or a single fact. It encourages detailed responses and further investigation.

Watch Out for These Misconceptions

Common Misconception

Good research questions are simple yes/no answers.

What to Teach Instead

Yes/no questions limit inquiry depth; students need open-ended prompts for exploration. Pair discussions help them compare question types and see how 'what' or 'how' questions yield richer evidence. Active peer teaching reinforces this shift.

Common Misconception

Any question on a topic works if it's interesting.

What to Teach Instead

Questions must match available resources and scope to be answerable. Gallery walks expose overly broad questions, prompting groups to narrow them collaboratively. This hands-on critique builds relevance judgment.

Common Misconception

Research questions copy facts from books.

What to Teach Instead

Strong questions drive original synthesis, not rote recall. Jigsaw activities let students test questions against sources, discovering gaps through group analysis and revision.

Active Learning Ideas

Think-Pair-Share: Question Refiners

Students receive a broad topic card and write an initial question individually. In pairs, they discuss clarity and scope, then share refined versions with the class for whole-group voting on the best. End with students justifying their final choice.

30 min·Pairs

Gallery Walk: Critique Circuit

Post sample research questions around the room on butcher paper. Small groups rotate, adding sticky notes with critiques on specificity, openness, and relevance. Debrief as a class to vote on improvements.

45 min·Small Groups

Jigsaw: Question Types

Divide class into expert groups on question types: specific, open-ended, relevant. Each group analyses examples and creates models. Regroup to teach peers and co-create a class question for a unit topic.

50 min·Small Groups

Individual Draft and Peer Polish

Students draft questions for a personal inquiry project. Swap with a partner for targeted feedback using a rubric on focus and answerability. Revise based on comments and present one strong question.

25 min·Pairs

Real-World Connections

• Journalists develop research questions to investigate complex stories, such as 'How has the recent drought impacted wheat farming in regional New South Wales?' This requires them to define the specific impact, location, and product.
• Scientists formulating research proposals must create precise questions, like 'What is the effect of microplastic pollution on the growth rate of Sydney rock oysters in Port Stephens?' This guides their experimental design and data collection.
• Students undertaking a Year 6 science fair project might ask, 'How does the type of soil affect the germination rate of native Australian wildflowers?' This question directs their experiment and analysis.

Assessment Ideas

Quick Check

Present students with three broad topics (e.g., 'Australian Wildlife', 'Ancient Egypt', 'Renewable Energy'). Ask them to write one specific and open-ended research question for each topic on a worksheet. Review for clarity and focus.

Peer Assessment

Students bring a draft research question for their inquiry project. In pairs, they ask each other: 'Is the question clear? Is it too broad or too narrow? What information would I need to answer this?' Students provide one suggestion for improvement.

Exit Ticket

Provide students with a sample research question (e.g., 'How do kangaroos survive in the Australian Outback?'). Ask them to write one sentence explaining why this question is a good research question and one sentence suggesting how it could be made more specific.

Frequently Asked Questions

How do you teach Year 6 students to formulate focused research questions?

Start with broad topics and model transforming them using criteria: specific, open-ended, relevant. Provide scaffolds like question stems ('How does...?', 'What impact...?). Use peer critique rounds to refine drafts, ensuring alignment with AC9E6LY01 for analysing texts in inquiries.

What makes a research question answerable in Australian Curriculum English?

An answerable question has clear scope, matches student level, and draws from accessible sources like digital libraries or class texts. Students justify relevance to topics, critiquing for feasibility. This meets AC9E6LY02 by synthesising information purposefully.

How can active learning help students with research question formulation?

Active strategies like think-pair-share and gallery walks engage students in testing questions collaboratively. They critique peers' work, apply rubrics, and revise iteratively, making criteria tangible. This builds ownership and deeper understanding over passive instruction, as students experience flaws firsthand.

Why critique research questions for clarity and scope in Year 6?

Critique prevents vague or overwhelming inquiries, teaching scope management essential for projects. Students discuss examples, justifying changes, which hones analytical skills for AC9E6LY01. Real-time feedback in groups accelerates skill transfer to independent research.