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Section Building Data Curiosity and Questioning Skills

Data science begins with curiosity—wondering about the world and asking questions that can be explored through information. But not all questions are “data questions.” Let’s explore what makes a good question for data investigation and how to help students develop this skill.

Checkpoint 14.

A student asks, “What’s the best color?” Why wouldn’t this make a good data investigation question?
Hint.
Think about whether this question can be answered objectively through collecting information.
Answer.
This is purely opinion-based with no objective answer that data could reveal.
Solution.
While you could survey people about color preferences, there’s no objective “best” color to discover through data. Good data questions are specific, measurable, and can be answered by collecting information. A better version might be “What colors do students in our class prefer for their bedroom walls?” This transforms opinion into investigable preferences within a specific population.

Checkpoint 15. The Question Transformation Game.

When students ask broad or opinion-based questions, help them reshape their curiosity into something investigable.

(a)

A student asks, “Why is math hard?” How could you transform this into a data question?
Hint.
Think about making it specific and measurable while honoring the student’s curiosity.
Answer.
“What math topics do students in our class find most challenging?”

(b)

Try another: “Why do people like music?”
Hint.
Consider focusing on specific, measurable aspects of music preferences.
Answer.
“What types of music are most popular among students in different grade levels?”
The key is transforming general curiosity into specific, measurable questions that students can investigate through data collection.

Exploration 2. Try This Week: Curiosity Starters.

Time needed: 10 minutes during any lesson
How it works: Use these sentence starters to help students generate data questions related to your current topic.
Elementary (K-5) Starters: “I wonder how many...”, “Which one is more popular...”, “Do most kids in our class...”, “How often does...”
Secondary (6-12) Starters: “What factors influence...”, “How has [topic] changed over time...”, “What’s the relationship between...”, “Do students who [X] also tend to [Y]...”
Example in action: During a lesson on weather (Science), a student uses “I wonder how many...” to ask “I wonder how many rainy days we have each month?” Perfect! Now you have a data investigation opportunity.

Checkpoint 16.

Choose a lesson you’re planning this week. Write down two question starters that would fit naturally into that lesson and help students generate data questions.
One of the most powerful routines for developing data curiosity is “Notice and Wonder.” This simple strategy works with any content and naturally leads students toward data thinking.

Exploration 3. Try This Week: Notice and Wonder.

Time needed: 10 minutes, works with any content
The Strategy: Whenever you present any information to students (a graph, a historical fact, a scientific observation), pause and ask: “What do you notice?” and “What do you wonder?”
Example with a simple bar graph showing class pet preferences: Students might notice: “Dogs got twice as many votes as cats” or “Nobody chose fish.” Students might wonder: “Would this be the same in other classes?” or “Do kids who have pets vote differently than kids who don’t?”
The magic: This simple routine develops the habit of looking beyond surface information to ask deeper questions. It works in any subject with any type of information.
Bonus: Keep a running list of student “wonders” throughout the year. These become potential data investigation topics!

Checkpoint 17.

Look at this student response: “I wonder if lunch preferences change during different seasons.” Is this a “notice” (observation) or a “wonder” (question for investigation)?
Hint.
Consider whether this is describing what they see or asking something that could be investigated.
Answer.
This is a “wonder” - a question that could lead to further data investigation.
Solution.
This is definitely a “wonder” because it poses a question that students could investigate by collecting data across different seasons. “Notices” would be observations like “Pizza got the most votes” or “There are more boys than girls in this data.” “Wonders” are the questions that emerge from those observations and lead to new investigations.