C-SORT Computerized-Special Operations Resiliency Cognitive Flexibility and Decision-Making 3 — Questions and Answers
Question 1: In dual-task paradigms used on the C-SORT, performance on a secondary task degrades primarily because:
- Participants become bored with repetitive tasks
- Both tasks compete for limited attentional resources (Correct answer)
- The secondary task is always harder than the primary task
- Motor responses slow down with increased practice
Correct answer: Both tasks compete for limited attentional resources
Dual-task costs arise from shared attentional resource pools; when two tasks demand the same cognitive resources simultaneously, both suffer.
Question 2: An operator must decide whether to engage a target in a complex urban environment with limited time. According to the OODA loop, which phase is MOST time-critical in determining decision speed?
- Observe
- Orient (Correct answer)
- Decide
- Act
Correct answer: Orient
Boyd's OODA loop theory holds that the Orient phase — where experience, culture, and mental models filter raw observations — is the pivotal bottleneck in the decision cycle.
Question 3: Which of the following BEST describes 'adaptive decision-making' in a special operations context?
- Applying the same proven procedure regardless of situational changes
- Continuously updating a course of action as new information invalidates prior assumptions (Correct answer)
- Deferring all decisions to senior leadership to reduce individual cognitive load
- Choosing the most familiar response to conserve mental energy
Correct answer: Continuously updating a course of action as new information invalidates prior assumptions
Adaptive decision-making requires real-time updating of mental models and willingness to abandon a plan when feedback signals it is no longer valid.
Question 4: A C-SORT scenario presents a digit-classification task where the rule switches between 'respond to odd numbers' and 'respond to numbers greater than 5.' A number like '7' is a repeat-switch conflict item because:
- It appeared in the previous trial
- It satisfies one rule but not the other, creating response competition (Correct answer)
- It is the largest single digit
- It is the most frequently occurring number in the set
Correct answer: It satisfies one rule but not the other, creating response competition
Conflict items (those valid under one rule but not the other) create response interference, specifically probing inhibitory control and flexibility under ambiguity.
Question 5: A team leader notices that a team member is locked into a course of action even after three consecutive negative outcomes. This behavioral pattern is known as:
- Confirmation avoidance
- Escalation of commitment (Correct answer)
- Decision fatigue
- Anchoring bias
Correct answer: Escalation of commitment
Escalation of commitment describes continued investment in a failing strategy, often driven by sunk-cost reasoning and the reluctance to admit a plan is not working.
Question 6: On a mixed-block task (where rule switches occur unpredictably), performance is typically WORSE than on a pure-block task (single rule throughout). This difference is called:
- Task-switching cost
- Mixing cost (Correct answer)
- Inhibitory rebound
- Proactive interference
Correct answer: Mixing cost
Mixing cost reflects the overhead of maintaining multiple task sets in working memory and monitoring for switch signals, even on non-switch trials in a mixed block.
Question 7: During a high-stakes rescue operation, an operator's team discovers the primary extraction route is blocked. The operator who adapts fastest most likely demonstrates high proficiency in:
- Declarative memory recall
- Mental simulation and contingency planning (Correct answer)
- Perceptual acuity under night conditions
- Physical endurance thresholds
Correct answer: Mental simulation and contingency planning
Mental simulation — running 'what if' scenarios ahead of time — allows operators to pivot quickly to pre-considered contingencies rather than generating a new plan from scratch under pressure.
In dual-task paradigms used on the C-SORT, performance on a secondary task degrades primarily because: