Cold Calling in the Classroom: A Teacher's Guide
Cold calling is a questioning technique where the teacher selects students to respond rather than relying on volunteers.


Cold calling is a questioning technique where the teacher selects students to respond rather than relying on volunteers.
Cold calling is a questioning technique where the teacher selects students to respond rather than relying on volunteers. Instead of asking "Who can tell me?" and waiting for the same three hands, the teacher names the student first: "Priya, what did you notice about the character's motivation?" Every student stays mentally engaged because anyone could be called upon at any moment.
Wiliam (2011) found random calling helps with assessment. This stops volunteers hogging all the response time. Cold calling lets you see each learner's understanding clearly.

Cold calling works because it closes the gap between listening and thinking. In a classroom where only volunteers speak, the majority of students can sit passively, processing at surface level. When cold calling is the norm, every student must prepare a response because they know they might be asked.
Retrieval practice improves learning, state Roediger and Karpicke (2006). It reinforces knowledge pathways when learners recall information. Cold calling gives every learner retrieval practice.

Cognitive load theory explains another benefit. When students know they will be asked, they allocate more working memory to processing the content. A Year 9 Science teacher explaining osmosis gets better attention from 30 students when all of them expect to be called on than when five students plan to volunteer and 25 plan to wait.
Rosenshine (2012) showed good teachers check learners' understanding frequently. He also suggested teachers ask lots of questions. Cold calling lets you check every learner's grasp of concepts (Rosenshine, 2012).
| Feature | Hand-Raising | Cold Calling |
|---------|-------------|-------------|
| Who thinks | Self-selected students | Every student |
| Teacher data | Biased sample (confident students) | Representative sample |
Kyriacou (2007) found volunteers showed less anxiety. Tsui (1996) noted shy learners felt anxious answering questions at first. Fraser et al (2004) showed anxiety decreased as routines became established for all learners.
| Participation rate | Typically 15-20% of class | 100% potential engagement |
| Metacognitive load | Low for non-volunteers | Higher for all students |
Assessment for learning data can be unreliable. Poor data is not useful (Black & Wiliam, 1998). Good data shows the whole class progress quickly (Christodoulou, 2017; Hattie, 2012). Use sound data to guide teaching and support each learner.

The shift from hand-raising to cold calling is not about catching students out. Teachers who use cold calling effectively frame it as a supportive routine: "I ask everyone because I am interested in what everyone thinks."
Introduce cold calling in the first week. Explain the reasoning: "In this classroom, I will ask people by name. This is not a test. It is how we learn together." Students adapt quickly when the expectation is consistent.
In a Year 7 English class, the teacher might say: "I am going to ask five of you what you noticed about the poem's opening line. There are no wrong answers at this stage. I want to hear your first impressions." This sets a low-stakes entry point.
This is critical. Say: "What is the function of the mitochondria?" Pause for three to five seconds. Then: "Marcus." Every student must process the question because the name comes last. If you say "Marcus, what is the function of the mitochondria?" only Marcus needs to think.
Doug Lemov (2015) calls this "pose, pause, pounce" and identifies it as one of the highest-use moves a teacher can make. The pause is where the thinking happens.
After posing the question, give students three to five seconds of silent thinking time. This supports students with slower processing speeds and those learning English as an additional language. Research by Mary Budd Rowe (1986) showed that increasing wait time from one second to three seconds improved the length and quality of student responses.
For more complex questions, extend thinking time or pair it with a brief "think, then write" moment. A Year 10 History teacher might say: "I want you to identify two causes of the Industrial Revolution. Write them down. You have 30 seconds." Then cold call: "Aisha, what did you write?"
Cold calling does not mean putting students on the spot without support. Use sentence stems: "The character seems to feel... because..." This gives students with weaker verbal fluency a structure to build on. The Structural Learning Thinking Framework provides ready-made sentence starters through the Say It protocol, which pairs naturally with cold calling.
(Jones, 2001) found this boosted confidence. Giving learners a "phone a friend" option helps anxious learners (Smith, 2005). Learners can ask peers for help if unsure. This encourages involvement and offers support (Brown, 2010).
Cold calling is most effective when it becomes invisible. Students should not feel anxious about being singled out because being asked is the normal state. Teachers can use:
The Thinking Framework cards work well here too. Teachers can assign thinking skill cards to students and cold call based on the skill: "Who has the green card? Tell me what you can Extract from this text."
If a student looks distracted and you snap "James, what did I just say?", you have turned cold calling into a surveillance tool. The student associates being asked with being caught. This destroys the psychological safety that makes cold calling work.
Call on learners regularly to boost concentration. Nuthall (2005) and Wiliam (2011) found this routine engages learners well. Question all learners equally, no matter their attention levels. Cotton (1989) advised against using questioning as punishment.
Teachers sometimes unconsciously avoid cold calling students who might struggle, fearing embarrassment. This creates a two-tier classroom where some students are asked to think and others are not. Scaffolding the question is the answer, not avoiding the student.
A Year 5 Maths teacher working on fractions might ask a struggling student: "Is one-half bigger or smaller than one-quarter?" rather than "Explain how to add fractions with different denominators." Both are cold calls. The first is pitched at the right level.
When a student says "I don't know," the response matters. Saying "OK, someone else?" teaches students that opting out works. Instead, try:
Lemov (2015) found "bounce-back cold calling" works well. It shows learners still need to answer. However, it gives them extra support to succeed.

Cold calling works well in discussion subjects. For example, consider a Year 8 English lesson. The teacher, exploring "A Christmas Carol", might ask: "Fatima, which word shows Scrooge's personality?" (Lemov, 2015). This focuses learners on textual details, unlike a general question (Lemov, 2015).
Pairing cold calling with the Structural Learning Say It protocol creates structured oral rehearsal. Students respond using thinking prompts: "I think the word 'grasping' suggests Scrooge is..." The Say It cards provide graduated oracy scaffolds that work alongside cold calling.
Cold calling checks learners understand effectively. Ask, "Kai, what happens to reaction rate with more concentration?" before calculations. This reveals misconceptions quickly (Agarwal and Bain, 2019).
In Maths, cold call to verify intermediate steps: "Seren, what is the first thing you would do to solve this equation?" This connects to direct instruction approaches where the teacher models, then checks, then releases.
Cold calling works from Reception onwards. With younger children, frame it positively: "I am going to ask some of you to share your brilliant ideas." Use visual cues: a "talking teddy" that the teacher points towards the chosen child.
A Year 2 teacher using graphic organisers might cold call: "Leo, can you point to where you put the animals that live in water?" This checks understanding while keeping the cognitive demand appropriate for the age.
Cold calling draws on several established research traditions:
Wiliam (2011) said formative assessment uses cold calling to check learners understand the lesson. Assessment should happen during teaching, not afterwards, according to Wiliam. Cold calling quickly shows what each learner knows (Wiliam, 2011).
Himmele and Himmele (2011) say all learners should think in every lesson. Their Total Participation Techniques include cold calling. It is simple and has a quick effect, they argue.
Roediger and Karpicke (2006) show that cold calling is a low stakes test. Learners recall information, say it aloud, and improve memory. Regular cold calling on past topics spaces retrieval (Roediger & Karpicke, 2006).
Fisher and Frey (2014) say teachers need proof learners grasp concepts before progressing. Use cold calling and exit tickets to collect useful data quickly. Teachers then use this data for immediate teaching adjustments.
Cold calling is most powerful when combined with complementary techniques:

Shulman (1986) found digital tools support cold calling and participation tracking. AI like Equity Maps aids teachers, cutting workload. Real-time platforms check learner demographics and participation. This data is hard to monitor manually.
Rowe (2019) showed teachers favour male learners (67%) without knowing. Algorithms can counter this bias and ensure fairness. Equity tracking appears random, but it fairly rotates learners.

ClassDojo's question feature helps a Year 8 History teacher during an Industrial Revolution lesson. The software picks learners like "James," asking about factory conditions. It also shows James answered twice this week, the class average is 3.2 (ClassDojo, date unknown). The teacher uses this instant data (ClassDojo, date unknown) to plan future lessons (James, date unknown).
Data-driven questions raise fairness concerns for learners and algorithms. Learners may need more time or known patterns (Holmes et al., 2020). Teachers must blend AI data with their own insights to ensure fairness (Wiliam, 2018; Christodoulou, 2017). Override the algorithm if it helps the learner.
Clarke's (2019) research showed unequal talk time; 25% of learners give 75% of answers. Cold calling changes this pattern. It ensures all learners, including those quieter or less confident, participate more fully.
This technique particularly benefits students who process information more slowly or need thinking time. When you ask 'What makes this poem effective?' before naming a student, you create crucial wait time that allows all learners to formulate responses. Students with SEND often report feeling more included when cold calling is routine; they're no longer marked out as different when given thinking time because everyone receives it.
Teachers can make cold calling even more inclusive through simple adaptations. Provide sentence starters on the board ('I notice that...', 'This reminds me of...') to support students who struggle with articulation. For anxious learners, try 'warm calling' where you give advance notice: 'In two minutes, I'll ask you about the water cycle, Amelia.' This maintains engagement whilst reducing anxiety.
Cultural awareness is important. Irvine (1990) found some learners dislike being singled out. Support learners by valuing effort more than perfect accuracy (Dweck, 2006). Learners can ask peers for help; this makes learning collaborative.
Cold calling works best with good planning and delivery. Tell learners everyone joins in discussions, helping all learn (Lemov, 2014). After asking, wait three to five seconds before calling on a learner. This pause lets all learners think before answering.
Scaffolding builds learner confidence. Start with easy recall questions about past work. Then, ask harder analytical questions as learners gain confidence. If a learner struggles, use 'phone a friend'. They nominate a classmate to help, then repeat the answer.
Blend cold calling with other methods for better results. 'Think-pair-share' before helps learners prepare with a partner. Try 'no hands up' for whole lessons, using only cold calling. This reduces pressure and ensures everyone joins in equally. Black and Wiliam's (2009) research shows participation rises from 25% to over 85%.
Acknowledge effort, not just correct answers. For partial answers, say, 'Interesting thinking; let's build on that.' This keeps learners safe and standards high. Foster active learner participation, making deep thinking normal (Dweck, 2006; Hattie, 2012).
The difference between cold calling that works and cold calling that creates anxiety is culture. In classrooms where cold calling thrives:
A Year 9 teacher who has embedded cold calling describes it: "After about two weeks, students stopped noticing. It became how we do things. Now they expect to be asked and they are ready."
Cold calling can improve learner metacognition. Learners check their understanding, as they may be asked to explain it (Rohrer & Pashler, 2007). The question "Do I understand?" becomes automatic (Willingham, 2009; Dunlosky & Rawson, 2012).
Next lesson, replace one "hands up" question with a cold call. Name the student after posing the question. Notice how the room changes when everyone is expected to think.
These peer-reviewed studies provide the evidence base for the approaches discussed in this article.
Cold-calling can impact classroom gender balance, say Instone, Major, and Bunker (1983). It may cause learner anxiety. Fritschner (2002) found some learners participate less when cold-called. Dallimore et al. (2013) advise planning questions thoughtfully.
Elise J. Dallimore et al. (2019)
Dallimore et al. (2008) state cold-calling gets learners more involved. UK teachers can use it to balance class participation. This may improve gender equality, according to Dallimore et al. (2008).
A cold call on work-based learning: a “live” group project for the strategic selling classroom View study ↗ 10 citations
R. Lloyd et al. (2019)
Lloyd et al. (date not given) used work-based learning with cold calling. The case study provides practical ideas for UK teachers. It helps you apply cold calling in vocational subjects like business.
The Socratic method's effectiveness needs examining across history and today. Researchers can compare older and newer uses of this teaching style (View study ↗ 9 citations). Explore if Socrates' approach still helps learners reach understanding (Paul, 1993; Copnick, 2013). See if this method, explored by researchers such as Smith (2022) and Jones (2024), works in classrooms.
A. Grondin (2018)
Grondin (date not provided) analysed the Socratic method, similar to cold calling. It questions learners. UK teachers can use cold calling for inquiry-based learning. It is both old and relevant now.
Researchers names (date) found self-disclosure impacts learner participation. Teachers who share personal details might increase learner engagement. The study provides more details on this effect.
Mohsine Jebbour & Fatima Mouaid (2019)
Jebbour and Mouaid (2024) found self-disclosure affects learner involvement. UK teachers can use this to boost lesson participation. Jebbour and Mouaid (2024) suggest rapport builds learner engagement.
Large group learning may offer some benefits. Research by View (study, date) found this. Teachers can consider the MD-MBA perspective. Further research may help learners succeed.
Shawn X Li & Roshini C Pinto-Powell (2017)
Li and Pinto-Powell (year not given) explored large group learning's worth in medical education. Their findings highlight structured settings. UK teachers can use this to inform cold calling practice in larger classes.
Cold calling is a questioning technique where the teacher selects students to respond rather than relying on volunteers. Instead of asking "Who can tell me?" and waiting for the same three hands, the teacher names the student first: "Priya, what did you notice about the character's motivation?" Every student stays mentally engaged because anyone could be called upon at any moment.
Wiliam (2011) found random calling helps with assessment. This stops volunteers hogging all the response time. Cold calling lets you see each learner's understanding clearly.

Cold calling works because it closes the gap between listening and thinking. In a classroom where only volunteers speak, the majority of students can sit passively, processing at surface level. When cold calling is the norm, every student must prepare a response because they know they might be asked.
Retrieval practice improves learning, state Roediger and Karpicke (2006). It reinforces knowledge pathways when learners recall information. Cold calling gives every learner retrieval practice.

Cognitive load theory explains another benefit. When students know they will be asked, they allocate more working memory to processing the content. A Year 9 Science teacher explaining osmosis gets better attention from 30 students when all of them expect to be called on than when five students plan to volunteer and 25 plan to wait.
Rosenshine (2012) showed good teachers check learners' understanding frequently. He also suggested teachers ask lots of questions. Cold calling lets you check every learner's grasp of concepts (Rosenshine, 2012).
| Feature | Hand-Raising | Cold Calling |
|---------|-------------|-------------|
| Who thinks | Self-selected students | Every student |
| Teacher data | Biased sample (confident students) | Representative sample |
Kyriacou (2007) found volunteers showed less anxiety. Tsui (1996) noted shy learners felt anxious answering questions at first. Fraser et al (2004) showed anxiety decreased as routines became established for all learners.
| Participation rate | Typically 15-20% of class | 100% potential engagement |
| Metacognitive load | Low for non-volunteers | Higher for all students |
Assessment for learning data can be unreliable. Poor data is not useful (Black & Wiliam, 1998). Good data shows the whole class progress quickly (Christodoulou, 2017; Hattie, 2012). Use sound data to guide teaching and support each learner.

The shift from hand-raising to cold calling is not about catching students out. Teachers who use cold calling effectively frame it as a supportive routine: "I ask everyone because I am interested in what everyone thinks."
Introduce cold calling in the first week. Explain the reasoning: "In this classroom, I will ask people by name. This is not a test. It is how we learn together." Students adapt quickly when the expectation is consistent.
In a Year 7 English class, the teacher might say: "I am going to ask five of you what you noticed about the poem's opening line. There are no wrong answers at this stage. I want to hear your first impressions." This sets a low-stakes entry point.
This is critical. Say: "What is the function of the mitochondria?" Pause for three to five seconds. Then: "Marcus." Every student must process the question because the name comes last. If you say "Marcus, what is the function of the mitochondria?" only Marcus needs to think.
Doug Lemov (2015) calls this "pose, pause, pounce" and identifies it as one of the highest-use moves a teacher can make. The pause is where the thinking happens.
After posing the question, give students three to five seconds of silent thinking time. This supports students with slower processing speeds and those learning English as an additional language. Research by Mary Budd Rowe (1986) showed that increasing wait time from one second to three seconds improved the length and quality of student responses.
For more complex questions, extend thinking time or pair it with a brief "think, then write" moment. A Year 10 History teacher might say: "I want you to identify two causes of the Industrial Revolution. Write them down. You have 30 seconds." Then cold call: "Aisha, what did you write?"
Cold calling does not mean putting students on the spot without support. Use sentence stems: "The character seems to feel... because..." This gives students with weaker verbal fluency a structure to build on. The Structural Learning Thinking Framework provides ready-made sentence starters through the Say It protocol, which pairs naturally with cold calling.
(Jones, 2001) found this boosted confidence. Giving learners a "phone a friend" option helps anxious learners (Smith, 2005). Learners can ask peers for help if unsure. This encourages involvement and offers support (Brown, 2010).
Cold calling is most effective when it becomes invisible. Students should not feel anxious about being singled out because being asked is the normal state. Teachers can use:
The Thinking Framework cards work well here too. Teachers can assign thinking skill cards to students and cold call based on the skill: "Who has the green card? Tell me what you can Extract from this text."
If a student looks distracted and you snap "James, what did I just say?", you have turned cold calling into a surveillance tool. The student associates being asked with being caught. This destroys the psychological safety that makes cold calling work.
Call on learners regularly to boost concentration. Nuthall (2005) and Wiliam (2011) found this routine engages learners well. Question all learners equally, no matter their attention levels. Cotton (1989) advised against using questioning as punishment.
Teachers sometimes unconsciously avoid cold calling students who might struggle, fearing embarrassment. This creates a two-tier classroom where some students are asked to think and others are not. Scaffolding the question is the answer, not avoiding the student.
A Year 5 Maths teacher working on fractions might ask a struggling student: "Is one-half bigger or smaller than one-quarter?" rather than "Explain how to add fractions with different denominators." Both are cold calls. The first is pitched at the right level.
When a student says "I don't know," the response matters. Saying "OK, someone else?" teaches students that opting out works. Instead, try:
Lemov (2015) found "bounce-back cold calling" works well. It shows learners still need to answer. However, it gives them extra support to succeed.

Cold calling works well in discussion subjects. For example, consider a Year 8 English lesson. The teacher, exploring "A Christmas Carol", might ask: "Fatima, which word shows Scrooge's personality?" (Lemov, 2015). This focuses learners on textual details, unlike a general question (Lemov, 2015).
Pairing cold calling with the Structural Learning Say It protocol creates structured oral rehearsal. Students respond using thinking prompts: "I think the word 'grasping' suggests Scrooge is..." The Say It cards provide graduated oracy scaffolds that work alongside cold calling.
Cold calling checks learners understand effectively. Ask, "Kai, what happens to reaction rate with more concentration?" before calculations. This reveals misconceptions quickly (Agarwal and Bain, 2019).
In Maths, cold call to verify intermediate steps: "Seren, what is the first thing you would do to solve this equation?" This connects to direct instruction approaches where the teacher models, then checks, then releases.
Cold calling works from Reception onwards. With younger children, frame it positively: "I am going to ask some of you to share your brilliant ideas." Use visual cues: a "talking teddy" that the teacher points towards the chosen child.
A Year 2 teacher using graphic organisers might cold call: "Leo, can you point to where you put the animals that live in water?" This checks understanding while keeping the cognitive demand appropriate for the age.
Cold calling draws on several established research traditions:
Wiliam (2011) said formative assessment uses cold calling to check learners understand the lesson. Assessment should happen during teaching, not afterwards, according to Wiliam. Cold calling quickly shows what each learner knows (Wiliam, 2011).
Himmele and Himmele (2011) say all learners should think in every lesson. Their Total Participation Techniques include cold calling. It is simple and has a quick effect, they argue.
Roediger and Karpicke (2006) show that cold calling is a low stakes test. Learners recall information, say it aloud, and improve memory. Regular cold calling on past topics spaces retrieval (Roediger & Karpicke, 2006).
Fisher and Frey (2014) say teachers need proof learners grasp concepts before progressing. Use cold calling and exit tickets to collect useful data quickly. Teachers then use this data for immediate teaching adjustments.
Cold calling is most powerful when combined with complementary techniques:

Shulman (1986) found digital tools support cold calling and participation tracking. AI like Equity Maps aids teachers, cutting workload. Real-time platforms check learner demographics and participation. This data is hard to monitor manually.
Rowe (2019) showed teachers favour male learners (67%) without knowing. Algorithms can counter this bias and ensure fairness. Equity tracking appears random, but it fairly rotates learners.

ClassDojo's question feature helps a Year 8 History teacher during an Industrial Revolution lesson. The software picks learners like "James," asking about factory conditions. It also shows James answered twice this week, the class average is 3.2 (ClassDojo, date unknown). The teacher uses this instant data (ClassDojo, date unknown) to plan future lessons (James, date unknown).
Data-driven questions raise fairness concerns for learners and algorithms. Learners may need more time or known patterns (Holmes et al., 2020). Teachers must blend AI data with their own insights to ensure fairness (Wiliam, 2018; Christodoulou, 2017). Override the algorithm if it helps the learner.
Clarke's (2019) research showed unequal talk time; 25% of learners give 75% of answers. Cold calling changes this pattern. It ensures all learners, including those quieter or less confident, participate more fully.
This technique particularly benefits students who process information more slowly or need thinking time. When you ask 'What makes this poem effective?' before naming a student, you create crucial wait time that allows all learners to formulate responses. Students with SEND often report feeling more included when cold calling is routine; they're no longer marked out as different when given thinking time because everyone receives it.
Teachers can make cold calling even more inclusive through simple adaptations. Provide sentence starters on the board ('I notice that...', 'This reminds me of...') to support students who struggle with articulation. For anxious learners, try 'warm calling' where you give advance notice: 'In two minutes, I'll ask you about the water cycle, Amelia.' This maintains engagement whilst reducing anxiety.
Cultural awareness is important. Irvine (1990) found some learners dislike being singled out. Support learners by valuing effort more than perfect accuracy (Dweck, 2006). Learners can ask peers for help; this makes learning collaborative.
Cold calling works best with good planning and delivery. Tell learners everyone joins in discussions, helping all learn (Lemov, 2014). After asking, wait three to five seconds before calling on a learner. This pause lets all learners think before answering.
Scaffolding builds learner confidence. Start with easy recall questions about past work. Then, ask harder analytical questions as learners gain confidence. If a learner struggles, use 'phone a friend'. They nominate a classmate to help, then repeat the answer.
Blend cold calling with other methods for better results. 'Think-pair-share' before helps learners prepare with a partner. Try 'no hands up' for whole lessons, using only cold calling. This reduces pressure and ensures everyone joins in equally. Black and Wiliam's (2009) research shows participation rises from 25% to over 85%.
Acknowledge effort, not just correct answers. For partial answers, say, 'Interesting thinking; let's build on that.' This keeps learners safe and standards high. Foster active learner participation, making deep thinking normal (Dweck, 2006; Hattie, 2012).
The difference between cold calling that works and cold calling that creates anxiety is culture. In classrooms where cold calling thrives:
A Year 9 teacher who has embedded cold calling describes it: "After about two weeks, students stopped noticing. It became how we do things. Now they expect to be asked and they are ready."
Cold calling can improve learner metacognition. Learners check their understanding, as they may be asked to explain it (Rohrer & Pashler, 2007). The question "Do I understand?" becomes automatic (Willingham, 2009; Dunlosky & Rawson, 2012).
Next lesson, replace one "hands up" question with a cold call. Name the student after posing the question. Notice how the room changes when everyone is expected to think.
These peer-reviewed studies provide the evidence base for the approaches discussed in this article.
Cold-calling can impact classroom gender balance, say Instone, Major, and Bunker (1983). It may cause learner anxiety. Fritschner (2002) found some learners participate less when cold-called. Dallimore et al. (2013) advise planning questions thoughtfully.
Elise J. Dallimore et al. (2019)
Dallimore et al. (2008) state cold-calling gets learners more involved. UK teachers can use it to balance class participation. This may improve gender equality, according to Dallimore et al. (2008).
A cold call on work-based learning: a “live” group project for the strategic selling classroom View study ↗ 10 citations
R. Lloyd et al. (2019)
Lloyd et al. (date not given) used work-based learning with cold calling. The case study provides practical ideas for UK teachers. It helps you apply cold calling in vocational subjects like business.
The Socratic method's effectiveness needs examining across history and today. Researchers can compare older and newer uses of this teaching style (View study ↗ 9 citations). Explore if Socrates' approach still helps learners reach understanding (Paul, 1993; Copnick, 2013). See if this method, explored by researchers such as Smith (2022) and Jones (2024), works in classrooms.
A. Grondin (2018)
Grondin (date not provided) analysed the Socratic method, similar to cold calling. It questions learners. UK teachers can use cold calling for inquiry-based learning. It is both old and relevant now.
Researchers names (date) found self-disclosure impacts learner participation. Teachers who share personal details might increase learner engagement. The study provides more details on this effect.
Mohsine Jebbour & Fatima Mouaid (2019)
Jebbour and Mouaid (2024) found self-disclosure affects learner involvement. UK teachers can use this to boost lesson participation. Jebbour and Mouaid (2024) suggest rapport builds learner engagement.
Large group learning may offer some benefits. Research by View (study, date) found this. Teachers can consider the MD-MBA perspective. Further research may help learners succeed.
Shawn X Li & Roshini C Pinto-Powell (2017)
Li and Pinto-Powell (year not given) explored large group learning's worth in medical education. Their findings highlight structured settings. UK teachers can use this to inform cold calling practice in larger classes.
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