Name two active learning strategies and describe a scenario where each is effective.

Name two active learning strategies and describe a scenario where each is effective.

• A. Think-pair-share and lecture-based discussion
• B. Think-pair-share and problem-based learning
• C. Case studies and lectures
• D. Reading and note-taking

Answer: (B)

Two active-learning strategies here are Think-Pair-Share and Problem-Based Learning. Think-Pair-Share invites students to first think about a question on their own, then discuss their ideas with a partner, and finally share insights with the whole class. This sequence actively engages students, gives everyone a chance to articulate their thinking, and uses peer discussion to surface different perspectives and solidify understanding. It’s especially effective when you want a quick check for understanding and to address misconceptions right after introducing a concept—for example, in a science class introducing a concept like photosynthesis, where students mentally organize their ideas, discuss them with a partner, and then compare conclusions with the class. Problem-Based Learning centers on small groups tackling a real, complex problem. Students must define what they need to learn, seek information, apply knowledge, and collaboratively develop a solution, with the instructor guiding rather than directing. This approach builds higher-order skills such as analysis, collaboration, and self-directed research, and it’s particularly powerful when the aim is integration across topics or applying learning to authentic tasks—for instance, in an engineering course designing a cost-effective irrigation system or in a health sciences course analyzing a patient case to propose a treatment plan. Other choices mix in more passive activities, like lectures or reading, which don’t keep all students as actively involved. That’s why the pair of Think-Pair-Share and Problem-Based Learning best fits the goal of naming two active strategies and describing scenarios where each works well.

Two active-learning strategies here are Think-Pair-Share and Problem-Based Learning. Think-Pair-Share invites students to first think about a question on their own, then discuss their ideas with a partner, and finally share insights with the whole class. This sequence actively engages students, gives everyone a chance to articulate their thinking, and uses peer discussion to surface different perspectives and solidify understanding. It’s especially effective when you want a quick check for understanding and to address misconceptions right after introducing a concept—for example, in a science class introducing a concept like photosynthesis, where students mentally organize their ideas, discuss them with a partner, and then compare conclusions with the class.

Problem-Based Learning centers on small groups tackling a real, complex problem. Students must define what they need to learn, seek information, apply knowledge, and collaboratively develop a solution, with the instructor guiding rather than directing. This approach builds higher-order skills such as analysis, collaboration, and self-directed research, and it’s particularly powerful when the aim is integration across topics or applying learning to authentic tasks—for instance, in an engineering course designing a cost-effective irrigation system or in a health sciences course analyzing a patient case to propose a treatment plan.

Other choices mix in more passive activities, like lectures or reading, which don’t keep all students as actively involved. That’s why the pair of Think-Pair-Share and Problem-Based Learning best fits the goal of naming two active strategies and describing scenarios where each works well.