Checking Understanding in a Circuits Unit: Exit Tickets to Project

To check whether Grades 5-6 students really understand simple circuits, ask each one to explain an idea with a new example and to separate what they saw from what they concluded. That is the formative question built into every path of our circuits unit, and the same two questions work for exit tickets, the project, and the learning check.

Exit tickets that take two minutes

Use one prompt per lesson and collect the slips at the door.

• After Light a bulb: "Draw a setup that would not light the bulb and circle the problem."
• After Switches: "Where is the broken path when the bulb is off?"
• After Series and parallel: "Write one thing you saw and one thing you cannot say yet."

Sort the slips into three piles: can explain with a new example, can explain only the book's example, not yet. Those piles become tomorrow's groups. The Grades 5-6 circuits unit already includes a formative check for each path in its teacher guide, so the tickets can borrow from it.

Three sample check questions

Question 1. A student connects a battery, wires, and a bulb, but the bulb stays dark. Give two things to check.

A good answer: that the path is closed all the way round, and that the wires and parts are intact. A strong answer also checks the power source.

Question 2. A painted metal spoon is tested in the circuit and the bulb stays dark. Does this break the rule that metal conducts?

A good answer: the book says metal usually conducts, so one result does not break the rule; the paint may be blocking the contact, and testing the bare part would tell us more.

Question 3. Write one safety rule for your experiment table and say why.

A good answer: no wall power, because electricity from an outlet can be dangerous; or inspect parts and report damage, because a damaged wire should not be used.

The project and its five criteria

A note on scoring these questions. Keep the answers short and mark for the reasoning, not the exact words. The teacher guide asks you to accept different accurate wordings, and to name one specific strength before asking one useful follow-up question. A student who writes "the circuit is open" and one who writes "there is a gap in the path" have said the same thing. Save your follow-up questions for the gaps that matter, such as a missing power source or a claim about brightness that no one has tested.

Students pick one path and produce an explanation for another student with a heading, two examples, and a question of their own. A poster or short presentation is fine. The teacher guide gives five criteria: accurate terms, examples explained well, a meaningful question, a readable layout with a useful image, and feedback applied. Turn them into a checklist on the board and let partners score each other before you do. The last criterion, feedback applied, only works if students get comments before the final version.

The learning check as self-assessment

The check asks for a one-sentence idea and one example for each of the five paths, followed by "One topic I want to practice." Use it for feedback, not a grade. The reflection page then asks students to tick statements such as "I can use feedback to revise." Read the practice-topic lines across the class and plan a brief follow-up for the most common one.

Support and extension

Support. Offer sentence starters ("I can see ... so I think ..."), word cards for terms like circuit, switch, path, and conductor, and a shared image description done aloud before anyone writes. Read texts aloud, and accept oral answers or symbol cards when writing is the barrier.

Extend. Ask for a borderline case, such as an object that is hard to classify, or a counterexample to a classmate's rule. Another option is to compare two solutions to the same problem and explain which is easier to build or explain. Students who want more detail can look at the Grades 7-9 circuits resource, which costs less than a full unit.

If you use this format across several subjects, the science bundle brings four units together.

The circuits unit page shows the layout of the student book and teacher guide.

Related reading from the Teacher Hub

• Five Circuit Misconceptions in Grades 5-6 and How to Respond
• Six Circuit Activities for Grades 5-6 You Can Run Tomorrow
• Teaching Electric Circuits (Grade 7): Hook, Experiments, and Materials