Formative Assessment Examples by Subject: Years 7–12
Formative assessment examples differ by subject because each discipline checks a different kind of knowledge mid-lesson. A science check tests whether a misconception has cleared. A maths check tests whether a procedure has been mastered. An English check tests whether an argument or a sentence is developing. A languages check tests whether a skill has moved from recognition to production. The label covers four genuinely different classroom jobs, and a good example in one subject doesn’t often transfer well to another.
Key takeaways
- Formative assessment happens during learning, not after it. It’s built to change the next lesson, not just record a mark.
- What counts as a useful check changes by subject: catching a misconception is a different task from catching a missed procedure or an underdeveloped argument.
- Formative assessment sits among the highest-effect classroom interventions on record, with a foundational meta-analysis reporting effect sizes of 0.4 to 0.7 (Black & Wiliam, 1998).
- Education Perfect builds subject-specific formative checks around this idea: a result only counts once it produces a next step for a student or a teacher.
Formative assessment definition
Formative assessment is any check carried out during learning that helps teachers and students decide what to do next. Unlike summative assessment, its purpose is to improve learning in progress rather than evaluate final achievement.
What is formative assessment, and why does it look different in every subject?
Every subject uses that same during-learning check, but “deciding what to do next” means something different depending on what’s being taught.
English tracks the development of an argument or a sentence. Maths tracks whether a specific procedure has been mastered. Science tracks whether a misconception has cleared. Languages tracks whether a skill has moved from recognition to production. A pre- and post-test pair makes sense in English because writing develops over a term. A quiz with an instant follow-up task makes more sense in maths, where a single missed step often explains an entire wrong answer. The mechanics have to fit the discipline, or the check tells a teacher nothing useful.
The research case for doing this well isn’t new. Black and Wiliam’s 1998 review, Inside the Black Box, found formative assessment effect sizes of 0.4 to 0.7, larger than most known educational interventions, with the largest gains landing on the lowest achievers. A more recent meta-analysis of 118 studies (Yao, Amos, Snider & Brown, 2024) found a smaller but still real effect (Hedges’ g = 0.25).
In plain terms: the same formative check can produce a big improvement in one classroom and almost nothing in another. The difference comes down to what happens after the result comes in. A gap of 0.4 to 0.7 versus 0.25 isn’t a disagreement between the studies, it’s a measure of how often teachers actually changed the next lesson because of what the check showed them. When a result gets marked and put away, nothing changes for the student. When it changes the task a student is given next, that’s where the larger effect sizes come from.
That’s the standard worth holding every subject to, and it looks different in every subject a teacher walks into.
What does this look like inside Education Perfect?
Every subject inside Education Perfect runs formative assessment on the same basic mechanism: a check identifies exactly where a student is stuck, and that result decides what the student is given to do next, automatically, rather than waiting for a teacher to mark and sort responses one by one. What “stuck” means, and what the follow-up task looks like, changes by subject. A misconception in science needs a different fix to a missed step in maths.
That’s the same link the research above is making: a result only produces a gain once it leads to a different next step for the student. So, here’s what that next step actually looks like in science, maths, English and languages.
Formative assessment examples by subject, at a glance
| Subject | Typical check | Next step |
|---|---|---|
| Science | Misconception check via pre-topic quiz | Re-teach the specific concept |
| Maths | Learning Snapshot | Targeted practice task |
| English | Diagnostic writing test | Guided revision |
| Languages | Skill Snapshot | Personalised follow-up lesson |
What does a formative assessment example look like in science?
In science, a formative assessment example is usually a short, auto-marked pre-test run before a topic starts, built to reveal prior knowledge and common misconceptions before they get built into a unit of work. Education Perfect pairs this with a real-time “monitor and overview” view during the unit, showing which misconceptions are appearing across the whole class, so a teacher can redirect a lesson before students walk out still holding the wrong idea.
Victor Canela, a Science and Physics teacher at Diocesan School for Girls in Auckland, checks this view constantly through Year 11 Physics using Education Perfect‘s monitor and overview tab: “if I see the same mistakes showing up for a lot of students, that tells me we need to spend some face-to-face time on that concept, or I can tailor the next task to target that area.” At Tintern Grammar in Victoria, Head of Science Lanna Derry has replaced the Years 7–10 Science textbook with Education Perfect’s short, feedback-heavy lesson content, for the same reason: catch the gap while it’s still small.
Hopfenbeck and colleagues (2023) offer a caution that applies to every one of these examples: the challenge for a modern classroom isn’t collecting more data, it’s using it to guide teaching rather than letting a dashboard dictate the lesson. A misconception view is only as useful as the five minutes a teacher spends acting on it.
What does a formative assessment example look like in maths?
In maths, the clearest formative assessment example is a Learning Snapshot: a live report, built into Education Perfect, of a student’s mastery against specific curriculum outcomes, drawn from topic and strand assessments rather than a single test. Quizzes work alongside it, each one generating a recommended follow-up task once a student’s score crosses a set threshold, so two students who fail the same quiz for different reasons (one struggling with factorising, one with expanding equations) land on different follow-up work.
Camilla Andrews, a Mathematics teacher at Mountain Creek State High School on the Sunshine Coast, differentiates across seven year levels in a single classroom using Education Perfect’s Learning Snapshots and quiz follow-ups: students see their own results, reflect on them, and move to targeted tasks without waiting to be told. Julia Min, a maths teacher who advised on the tool’s build, describes the same value from the other side of the desk: the snapshot reports give “immediate, actionable insights into where students are at,” the kind of thing a teacher would otherwise spend an evening piecing together from a stack of marking.
A Learning Snapshot only matters if it changes Monday’s lesson plan, not just Friday’s report card.
What does a formative assessment example look like in English?
In English, formative assessment usually means a diagnostic pre- and post-test at the start and end of a topic, tracking language conventions and comprehension, paired with Education Perfect’s feedback on extended writing that a student can act on inside the same lesson. Automarking works on the grammar and spelling levels quickly. The actual formative value comes from the writing feedback, since a student can revise and resubmit before the lesson ends rather than reading comments a week later.
Set an open-ended writing task through EP’s AI feedback tool and students receive specific, actionable feedback as soon as they submit. They can use it to revise and resubmit while the lesson is still underway, rather than waiting days for written comments. That’s what changed for Chanel Gomes at Mercedes College: instant feedback means students can keep working while she focuses her attention on the students who need her most. “My students are more engaged, they’re working at the right level of challenge, and I’m spending less time chasing worksheets and more time actually sitting with the kids and supporting them.”
Ray Andrew, Head of English at The King’s College in Wellard, Western Australia, uses this Education Perfect cycle for diagnostic testing at the start of the year and for pre- and post-testing on every topic, running practice tests three or four times before students sit NAPLAN or OLNA. He describes a clear shift in results: “Before we properly embedded EP, we were below the national average in reading and writing. Now we’re above it. In fact, we’re significantly above [average] for writing.”
Hattie and Timperley’s 2007 review found that faster feedback increases the odds a student actually revises their thinking rather than filing the mark away and moving on. Wisniewski, Zierer and Hattie’s 2020 update, drawing on 435 studies, put the average effect of feedback on learning at a medium 0.48. Both findings point to the same practical takeaway: how quickly feedback arrives matters more than what the assessment is labelled as.
What does a formative assessment example look like in Languages?
In languages, a Skill Snapshot assessment inside Education Perfect checks vocabulary, listening, reading or writing and automatically recommends a follow-up lesson based on each student’s result, turning a single check into an individual next step without extra marking. Quizzes work the same way mid-topic: a result below the set threshold routes a student to a different follow-up task than a classmate who struggled with a different skill.
Maria Sabo, Head of Languages at Emmaus College in Melbourne, teaches Italian across Years 7–12 using Education Perfect’s monitoring and recommendation features every lesson: “the monitoring features means we quickly identify student difficulties and can adjust lessons in real-time. The students also appreciate the recommendations feature that guides them to other activities to provide extra practice.” The check doesn’t stay in the classroom, either: on a school excursion, students record themselves in Education Perfect ordering an ice cream in Italian on a Little Italy trip, with the recording checked the same way a written quiz would be.
A formative check is only formative if a student gets to try again with what it told them.
Quick formative assessment activities by subject
These are general classroom techniques rather than named Education Perfect features, though several map directly onto the same mechanism already described above: a hinge question, for instance, works the same way as an Education Perfect quiz threshold, routing a class toward re-teaching or moving on based on how many students get it right.
| Subject | Quick activities |
|---|---|
| Science | Misconception check · Prediction task · Concept cartoon |
| Maths | Hinge question · Mini whiteboards · Worked example correction |
| English | Thesis rewrite · Sentence expansion · Peer annotation |
| Languages | Retrieval quiz · Oral recording · Translation challenge |
Common mistakes when using formative assessment examples by subject
- Treating a quiz as formative just because it’s short. A five-question check that gets marked and filed is summative. It’s formative only when the result changes the next task a student is given.
- Comparing raw scores instead of growth. A pre- and post-test pair (as used in the English example above) is built to show movement. Reading only the post-test misses the point of running two tests in the first place.
- Not adjusting the threshold or follow-up task to match the class. A quiz threshold or recommended task that suits one group won’t suit every group; a default setting left unchanged term after term won’t reflect the actual class in front of a teacher.
- Skipping the five-minute follow-up. A misconception view, a snapshot, or a recommended task only matters if a teacher or student acts on it in the next lesson. If nothing changes afterward, the check hasn’t done its job.
Frequently asked questions
What is a formative assessment example for Science?
A pre-topic quiz that surfaces prior knowledge and misconceptions before a unit starts, paired with a real-time class overview during the unit. Teachers use the overview to spot a misconception spreading across the class and redirect the next lesson before it becomes a habit, rather than finding out at the end of the topic test.
What is a formative assessment example for maths?
A Learning Snapshot, a live report of a student’s mastery against specific curriculum outcomes, is the clearest example. Combined with quizzes that generate a recommended next task once a score crosses a set threshold, it lets a teacher differentiate follow-up work without manually marking and sorting every response.
What is a formative assessment example for English?
A diagnostic pre- and post-test at the start and end of a topic, paired with feedback on an extended writing task that a student can act on in the same lesson. The pairing shows growth against a benchmark such as NAPLAN, rather than a single mark in isolation.
What is a formative assessment example for Languages?
A Skill Snapshot assessment covering vocabulary, listening, reading or writing, which automatically recommends a follow-up lesson based on the result. Quizzes work the same way mid-topic, routing students to different next tasks depending on which specific skill they struggled with.
How often should formative assessment happen in a lesson?
There’s no fixed number; the test is whether the check changes what happens next. A quick quiz at the start of a lesson, a misconception check mid-way, and a short exit task at the end are common patterns, but the value comes from acting on the result, not from hitting a count.
What’s the difference between formative and summative assessment?
The two serve different jobs in a lesson cycle, not different levels of difficulty.
| Formative | Summative | |
|---|---|---|
| Timing | During learning | End of learning |
| Purpose | Guides teaching | Evaluates learning |
| Stakes | Low | Higher |
| Frequency | Frequent | Less frequent |
| Focus | Feedback | Achievement |
| Example | A Learning Snapshot flagging a missed outcome mid-topic | A Year 10 Maths exam at the end of the topic |
The same quiz can technically serve either purpose. What makes it formative is whether the result changes what a student or teacher does next.
Related articles
- Formative assessment strategies
- Assessment for learning: what it means in a secondary classroom
- Differentiation strategies for a mixed-ability classroom
- AI feedback in the classroom: what it changes and what it doesn’t
- Retrieval practice in a secondary classroom
- Why explicit instruction is back in focus
- How learning science shapes lesson design
References
- Black, P., & Wiliam, D. (1998). Inside the black box: Raising standards through classroom assessment. Phi Delta Kappan, 80(2), 139–148.
- Hattie, J., & Timperley, H. (2007). The power of feedback. Review of Educational Research, 77(1), 81–112. https://doi.org/10.3102/003465430298487
- Hopfenbeck, T. N., Zhang, Z., Sun, S. Z., Robertson, P., & McGrane, J. A. (2023). Challenges and opportunities for classroom-based formative assessment and AI: a perspective article. Frontiers in Education, 8, 1270700. https://doi.org/10.3389/feduc.2023.1270700
- Wisniewski, B., Zierer, K., & Hattie, J. (2020). The power of feedback revisited: A meta-analysis of educational feedback research. Frontiers in Psychology, 10, 3087. https://doi.org/10.3389/fpsyg.2019.03087
- Yao, Y., Amos, M., Snider, K., & Brown, T. (2024). The impact of formative assessment on K-12 learning: a meta-analysis. Educational Research and Evaluation, 29(7–8), 452–475. https://doi.org/10.1080/13803611.2024.2363831
Rachel Ellis, MA Applied, is a content writer at Education Perfect, with 20 years’ experience in EdTech and a background in English teaching. Last updated 26 July 2026.
