Updated on
September 9, 2026
Think-Pair-Share: Steps, Classroom Examples and Questions
Use think-pair-share in three clear steps. Choose questions, protect thinking time, structure partner talk and involve every learner in class discussion.

Updated on
September 9, 2026
Use think-pair-share in three clear steps. Choose questions, protect thinking time, structure partner talk and involve every learner in class discussion.
What is think, pair, share?
Think, pair, share, developed by Frank Lyman, is a structured talk routine where learners first think about a question alone, then discuss with a partner, and finally share a refined idea with the class. For teachers, it raises participation and improves answer quality, because rehearsing with a partner builds confidence before speaking publicly.
Think, Pair, Share: How This Simple Strategy Transforms describes a structured classroom talk routine in which learners think independently, discuss their reasoning with a partner, then share a refined idea with the class. First developed by Frank Lyman at the University of Maryland, it is strongest when the teacher protects thinking time, gives pairs clear roles, and checks the accuracy of the ideas being exchanged (Lyman, 1981).
In a Year 5 science lesson, for example, learners can first write why shadows change length, compare explanations with a partner, then report one agreed claim and one question. Used in this way, Think-Pair-Share is not a quick chat break. It is a short sequence for retrieval, reasoning, spoken language practice, and formative assessment, with care needed for vocabulary, confidence, and accurate subject knowledge (Alexander, 2020).
Think-Pair-Share is a collaborative learning strategy with three steps. Learners think on their own, compare ideas with a partner and then share an improved response with the whole class. In Year 8 English, the teacher asks whether ambition or fear drives Macbeth, then gives learners one minute to annotate a quotation before each pair produces one claim and one supporting quotation. This sequence follows guidance from Kent State University, the University of Glasgow and King's College London (Kent State University, 2026; University of Glasgow, 2026; King's College London, 2019).
Research summary: Protect the Think phase before learners talk in pairs. Lyman (1981) designed the routine to give learners more time to respond and help more of them take part. Rowe (1986) found that increasing wait time from about one second to three seconds led to longer, better responses, while Kagan (1994) linked structured cooperative learning to wider participation. The Education Endowment Foundation reports an average of five extra months across collaborative learning approaches, not Think-Pair-Share alone, but rates the evidence security as low (Education Endowment Foundation, 2021).
In a KS2 reading lesson, the teacher stops after a difficult paragraph and asks, "Which sentence gives the strongest clue to the character's motive?" Learners underline one sentence, explain the choice to a partner, then produce one shared inference. Structured peer talk can support comprehension when the text and question remain central (Klingner & Vaughn, 1998).
Think-Pair-Share is sometimes called 'turn and talk', but the silent Think phase is what prevents the quickest voice from setting the pair's answer. Require a note, sketch, calculation or claim from each learner before discussion starts.
Use the routine even when the content seems familiar. Ask learners to make a choice and give a reason, rather than simply state a fact. Early accounts describe Think-Pair-Share as a way to increase participation when material is not immediately engaging (Lyman, 1982; Marzano & Pickering, 2005).
Set one clear challenge and one visible pair product. This gives learners a reason to listen, explain and solve a problem together, while giving the teacher something concrete to check.
Use Think-Pair-Share when you need evidence from every learner, not only the quickest volunteers. In a Year 4 maths lesson, the teacher displays two fraction models and asks, "Which shows three quarters, and how do you know?" Learners mark one model, explain their choice to a partner, then submit one agreed justification. Structured roles and protected thinking time can distribute participation more evenly and improve discussion quality (Guenther & Abbott, 2024).
Do not assume that practising in pairs will reduce anxiety for everyone. Required talk without a clear structure can dysregulate neurodivergent learners. The Double Empathy problem also warns against treating one communication style as normal (Milton, 2012). Offer a written first response, a familiar partner, sentence stems or an anonymous way to Share, as rehearsal can reduce speaking anxiety when learners have some control over how responses are chosen (Cooper, Schinske, & Tanner, 2021).

Think-Pair-Share makes lessons active only when the question has cognitive value. A recall prompt may need 30 seconds and a mini-whiteboard check. A reasoning prompt may need vocabulary support, sentence stems and a planned way to compare answers.

Pose one precise question and give learners 1 to 3 minutes to write before they talk. In a KS3 geography lesson, the teacher asks, "Which factor best explains flood risk here?", displays a map and assigns speaker and summariser roles. Each learner marks one piece of evidence; each pair then produces one claim and one unresolved question. Teach sentence stems, turn-taking and disagreement language before expecting the routine to run independently (Voice 21, 2023).
Teachers may worry that dialogic teaching causes noise or lost time. The answer is tighter design: a timed Think phase, sentence stems, partner roles and a short accountability product, such as one written claim per pair. These routines keep discussion purposeful and reduce the chance that learners simply rehearse each other's errors (Mercer & Littleton, 2007; Littleton & Mercer, 2013).
Think-pair-share helps learners understand and builds supportive spaces. Learners share thoughts and learn with peers (Lyman, 1981). Teachers can add think-pair-share easily to boost active learning (Kagan, 1994).
During planning, coaching or a learning walk, distinguish academic oracy from busy noise by looking for three visible traces:
Adapt the routine when public speaking, rapid processing or synchronous talk creates a barrier. In Year 7 science, the teacher asks learners to explain particle movement, lets each learner draw first, then asks pairs to post one labelled diagram on a shared board. Learners contribute without an unplanned whole-class performance. Think-Pair-Write and Think-Pair-Square offer similar alternatives.

Choose the variation to match the barrier. For learners with speech, language and communication needs, pre-teach key vocabulary, display the three stages and provide a sentence stem. For multilingual learners, allow written rehearsal before talk. Use a shared board when speech speed or public reporting is the barrier, but keep one rule: every response must answer the lesson question.
Adaptation should not remove accountability. Whether learners speak, write, draw or post digitally, each pair should leave a trace of thinking that the teacher can check for accuracy.
Plan the routine as a learning check, not a pause for chat. In GCSE chemistry, the teacher displays an incorrect ionic equation and asks learners to correct it silently. Pairs compare changes and submit one corrected equation plus the rule they used. The teacher then samples contrasting answers to expose misconceptions before moving on.
For the next lesson, choose one question where every learner needs rehearsal before speaking. Decide whether learners will share aloud, write first, use a mini-whiteboard, or submit a paired answer digitally. This keeps the routine inclusive, evidence-informed and manageable.
Stop the routine if learners are guessing before they have enough knowledge. Teach or model the essential content first, require an individual trace during the Think phase, then give each pair one product to submit. This reduces social loafing and prevents one confident learner from carrying the task.
In Year 6 science, the teacher shows learners how to tell evaporation from boiling. The teacher then gives three everyday examples. Learners sort each example on their own, then work in pairs to create one agreed table and give a reason for every choice.
The danger is not noise but inaccurate consensus. Unchecked peer talk can make a plausible error feel true because learners hear it repeated within their immediate classroom culture (Nuthall, 2007). Circulate during the Pair phase, select misconceptions deliberately and correct them during Share.
During a learning walk, look for an individual Think trace, balanced pair roles and a product linked to the lesson question. Talk without those three features is busy noise, not academic oracy.
Use the Pair phase to test an AI-generated answer, not to accept it. Give learners the same output and a checking frame: identify one supported claim, one doubtful claim and one missing piece of evidence. During Share, compare reasons rather than merely collecting verdicts.
In a KS3 history lesson, the teacher shows an AI-generated explanation of why the Roman Empire declined. Two source extracts appear beside it. Learners annotate the answer on their own, then work in pairs to write a corrected paragraph and one question that the sources cannot answer.
This 2026 version keeps the human work where it belongs. Learners check evidence, explain what is uncertain and revise claims together. Classroom talk also becomes focused practice for dealing with information shaped by AI.
Teach or model difficult content before asking novices to discuss it. In a KS4 physics lesson, the teacher models two force diagrams, then asks learners to annotate the accurate one before pairing. Each pair produces one corrected diagram and one reason. Kirschner (2006), writing with Sweller and Clark, warns that unguided peer discussion can overload working memory and replace accurate instruction with guesswork.
Second, the Share phase can be socially uneven. Cooper, Schinske and Tanner argue that public reporting may raise anxiety and silence learners who are marginalised, neurodivergent, multilingual, or slower to process speech (Cooper, Schinske, & Tanner, 2021). Written sharing, anonymous boards and sampled pair answers may be fairer than whole-class performance.
Third, participation is not the same as learning. The ICAP framework asks whether learners are co-constructing meaning or merely taking turns to report separate ideas (Chi & Wylie, 2014). Much TPS research uses small samples, short interventions or single subjects, so transfer across ages, cultures and curriculum areas remains uneven.
Finally, classroom talk norms are culturally specific. Oracy programmes can unintentionally privilege eye contact, speed and assertive speech unless teachers make room for different communication styles (Cushing, 2024). Even with these limits, Think-Pair-Share remains a useful routine when teachers protect thinking time, teach talk explicitly and check the accuracy of paired reasoning.
These peer-reviewed studies form the evidence base for think, pair, share and its classroom applications. Each paper offers practical insights for teachers seeking to ground their practice in research.
TEACHING SPEAKING THROUGH THINK PAIR SHARE TECHNIQUE
D. Andriani (2019)
Cueing Thinking in the Classroom: The Promise of Theory-Embedded Tools.
141 citations
J. McTighe, Frank T. Lyman (1988)
Cooperative Learning for Higher Education Faculty
652 citations
B. Millis, Philip G. Cottell (1997)
Peer work boosts learner grades and involvement. Use 'Think, Pair, Share' so learners think first, then discuss. This builds confidence and improves class discussions.
Think pair share involves learners thinking alone, then discussing ideas with a partner before sharing with the class. This gives each learner time to process information before speaking publicly. Think pair share often increases engagement and can improve classroom talk quality when the question requires reasoning rather than recall (Lyman, 1981; Guenther & Abbott, 2024).
Pose one specific question, set the Think time and name the pair product before learners begin. In Year 5 science, the teacher displays two shadow diagrams and asks which shows midday. Learners annotate one diagram silently, compare reasons for two minutes, then each pair submits one agreed explanation. The teacher samples contrasting answers for a whole-class check.
Practising in a safe setting can help learners take part and feel more confident, especially when they are anxious. Active listening and social interaction support learning because learners explain ideas to each other. These approaches work best when learners question and revise ideas, rather than just repeat them (Vygotsky, 1978; Piaget, 1936; Chi & Wylie, 2014).
Use the routine as a planned learning check, not as free discussion. Frank Lyman developed Think-Pair-Share at the University of Maryland in the early 1980s (Lyman, 1981). Rowe's research on wait time supports giving learners a pause before they talk.
The Education Endowment Foundation reports an average of five extra months for collaborative learning approaches, not TPS alone. However, it rates the evidence security as low. The routine supports learning when tasks are well designed, each learner is accountable and the teacher monitors the work (Education Endowment Foundation, 2021).
Learners need quiet thinking time first, or dominant ones can lead discussions. Teachers sometimes skip sharing or fail to monitor talk, leading to tangents. Challenging questions also matter because shallow prompts produce reporting, not co-construction (Mercer & Littleton, 2007; Chi & Wylie, 2014).
Variations such as think write pair share allow learners to record their ideas on paper, which can be particularly helpful for those who need more support with the organisation of their thoughts. Think pair square involves two pairs joining together to form a group of four to compare their answers. These adaptations help teachers to differentiate the task and meet the diverse needs of all learners in the classroom.
Alexander (2020).
Consensus (2026).
Cushing (2024).
Kagan (1994).
Lyman (1981).
Vygotsky (1978).
Weisskirch et al. (2021).