Chapter 34 Quiz: Designing Learning Experiences

Question 1 Why do most instructional programs use methods that research rates as low-effectiveness, despite the availability of better alternatives?

A) Educational researchers don't share their findings with practitioners B) The methods that feel like "good teaching" (comprehensive explanation, thorough coverage) are not always the methods that produce the best learning C) Better methods are only available with expensive technology D) Learning science research doesn't apply to classroom settings

Question 2 What does "low-stakes quizzing" mean in a course design context, and why is the "low-stakes" element important?

A) Quizzes that are easy enough for all students to pass B) Quizzes that count for very little toward the final grade, so the purpose is learning rather than judgment — reducing stress and allowing students to experience productive struggle without performance consequences C) Ungraded quizzes that students can opt out of D) Quizzes that cover only the most important material

Question 3 What is the "smile sheet problem" in corporate training?

A) Trainers who smile too much create less authority and less learning B) End-of-training satisfaction surveys measure enjoyment, not learning or behavior change — so high satisfaction scores can coexist with negligible knowledge retention C) Training environments that are too pleasant produce participants who don't take the content seriously D) Informal assessments produce better satisfaction ratings than formal assessments

Question 4 According to cognitive load theory, what is "extraneous load" and why is it a design problem?

A) The difficulty of the material that makes it hard to learn; some extraneous load is acceptable B) The cognitive effort that produces learning through elaboration and schema-building C) Cognitive difficulty caused by poor instructional design that consumes working memory without contributing to learning D) The load placed on instructors when teaching complex material

Question 5 What is the "split-attention effect," and how should instructional designers address it?

A) The tendency for students to pay attention to the instructor rather than the slides B) Impaired learning that occurs when students must mentally integrate two separate sources of information; addressed by integrating the sources (e.g., labels on the diagram, not in a separate legend) C) The division of attention between easy and hard material in a course D) The problem of students in the back of the room not being able to see the board

Question 6 What is the "worked example effect," and for which population is it most strongly beneficial?

A) The benefit of following real-world examples from expert practice; most beneficial for advanced learners B) The finding that studying worked examples is more efficient than independent problem-solving for novice learners, because the examples free working memory for understanding principles rather than managing solution strategy C) The finding that any example, worked or not, produces better learning than abstract explanation D) The benefit of working through examples in groups rather than individually

Question 7 What is "fading" in the context of instructional scaffolding, and what signals that it's time to fade?

A) The gradual reduction of course content as students master material B) The gradual removal of worked example scaffolding as competence develops — from full examples to partial examples to independent problems; signaled when learners complete supported tasks with consistently high accuracy C) Reducing the difficulty of problems when students appear frustrated D) Removing grades from later assignments to encourage intrinsic motivation

Question 8 Tomas's corporate training redesign showed which pattern in retention data at 30 and 90 days post-training?

A) The legacy program slightly outperformed at all time points due to more thorough content coverage B) The redesigned program slightly underperformed immediately post-training but significantly outperformed at 30 and 90 days C) Both programs produced identical retention at all time points D) The redesigned program outperformed immediately post-training and the gap narrowed over time

Question 9 In a "spiral curriculum," how do learners engage with key concepts?

A) All learners cover concepts at the same pace, spiraling from simple to complex within a single unit B) Concepts are introduced simply and then revisited at increasing complexity and integration across the course — multiple spaced encounters at increasing depth C) Learners spiral between subjects, moving from one to another and back in a fixed rotation D) The curriculum spirals backward from advanced to introductory to allow review

Question 10 Dr. Chen found that the quality of student questions changed after the flipped classroom redesign. What changed, and what does this indicate?

A) Students asked more questions overall, indicating higher engagement B) Questions became more procedural ("will this be on the exam?"), indicating less anxiety about assessment C) Questions became more conceptual and application-focused, indicating students were actively thinking about chemistry rather than passively receiving information D) Students stopped asking questions, indicating they were more self-sufficient

Question 11 What does research show about the optimal timing of feedback on learning activities?

A) Immediate feedback is always best B) Delayed feedback is always better because it allows independent processing C) Feedback should arrive quickly enough to be useful for learning but be delayed enough to allow the learner to struggle independently first D) Feedback timing doesn't significantly affect learning outcomes

Question 12 Tomas's post-hoc analysis identified the post-training reinforcement program as the largest contributor to 90-day retention improvement. Why would post-training reinforcement outweigh the in-training redesign for long-term retention?

A) Participants were more motivated when contacted after training than during it B) The reinforcement program covered more material than the original training C) The reinforcement program delivered spaced practice over time — the exact mechanism that produces durable long-term retention. In-training improvements boost initial performance; post-training spacing determines what survives over months. D) Managers participated in the reinforcement program, adding social accountability

Answer Key

1. B — The methods that feel like good teaching — comprehensive explanation, coverage of all material, organized presentation — are associated with the teacher performing teaching, not with students learning. The feeling of fluency during good lecturing doesn't predict learning.

2. B — Low-stakes means counts for very little, so the purpose is the retrieval practice itself (learning), not the grade (judgment). This allows students to experience productive struggle without the anxiety of high-stakes evaluation.

3. B — The smile sheet problem: satisfaction surveys measure enjoyment, not learning. High satisfaction indicates a pleasant experience; it doesn't indicate that anything was learned or that any behavior will change.

4. C — Extraneous load is cognitive difficulty caused by poor design that doesn't contribute to learning — split-attention effects, dense layouts, unnecessary complexity. It consumes working memory capacity without producing any learning benefit.

5. B — Split-attention: when text and diagram are separate, learners must mentally integrate them, which costs working memory capacity. Integrating sources (labels directly on the diagram) eliminates the split-attention demand and reduces extraneous load.

6. B — The worked example effect is strongest for novice learners, whose limited domain schemas make independent problem-solving difficult. Worked examples give novices access to solution procedures they couldn't independently generate, freeing working memory to understand the principles.

7. B — Fading is the gradual removal of scaffolding from full worked examples to partial examples to independent problems. Signals to fade: consistently high accuracy with scaffolding; learners describing scaffold as obvious or unnecessary; ability to explain the procedure.

8. B — At immediate post-training, the legacy program slightly outperformed (familiar, comfortable, high immediate performance). At 30 days the redesigned program led; at 90 days the gap was 27 percentage points. The initial slight underperformance likely reflects the "desirable difficulty" effect — harder in-training → better long-term retention.

9. B — Spiral curriculum: key concepts are introduced at a simple level, then revisited at increasing complexity and integration across weeks or semesters. Each encounter is spaced and deeper than the previous one.

10. C — Questions became more conceptual and application-focused. This indicates students were actively doing chemistry (thinking about mechanism, evaluating alternatives) rather than passively receiving it (monitoring coverage, managing anxiety about what will be tested).

11. C — Feedback should arrive quickly enough to be useful for the current learning task and not so delayed that the learner has moved on. But it should be delayed enough to allow the learner to struggle independently first — immediate automatic feedback can prevent the effortful retrieval that produces learning.

12. C — The reinforcement program delivered spaced practice over time. Learning science is clear: distributed practice across time produces more durable retention than massed practice of equivalent total time. The in-training improvements boost initial performance; it's the post-training spaced retrieval that determines what survives six months later.