True or false: Persisting with a familiar method after it stops working is an example of mental set.
2 Problem-Solving Strategies Online Quiz Questions
Use this free practice quiz with 20 questions to review 2 Problem-Solving Strategies, test your knowledge, and prepare for your next test or exam.
To make a broad, multistage objective more manageable, divide it into .
What problem-solving barrier occurs when someone sees an object only in its usual role and overlooks other possible uses?
A technician must complete a well-defined routine check using a known procedure, and applying the procedure correctly is important. Which strategy is the best fit?
- A
Use a heuristic to guide the search with a practical rule of thumb.
- B
Follow an algorithm that gives a defined sequence of steps.
- C
Use analogy by adapting a solution from a structurally similar problem.
- D
Use trial and error by testing possible actions and learning from the results.
When progress stalls, briefly pause or describe the problem in a new way to .
A team is using trial and error to find why a device fails. Which practices make its tests more informative? Select all that apply.
- A
Change one relevant factor at a time.
- B
Repeat a failed attempt without changing anything or recording its outcome.
- C
Record what was tried.
- D
Test several unrelated changes at once so the cause of an outcome remains unclear.
- E
Use each outcome as information for the next attempt.
Which strategy starts with a required endpoint and asks what must happen immediately before it, continuing backward toward the present?
A planner remembers a solution to an earlier scheduling problem and notices that a new problem may have a similar structure. What is the best way to use that earlier solution?
- A
Use an algorithm because a fixed sequence is known to solve every new problem.
- B
Use a heuristic because any surface resemblance makes the previous solution reliable.
- C
Use analogy, while checking that the important constraints match.
- D
Use trial and error by repeating the previous solution without considering the new problem.
A team must submit a complete data update by the end of the day. Some entries are unfinished, and one analyst is waiting for a colleague to confirm a set of figures. Explain how the team could use means–ends analysis to make progress. Identify the current state and goal, at least one relevant constraint, a gap to reduce, and an action or subgoal. Explain how the team should check the result.
A team has limited time and too many possible routes to examine exhaustively. It can use a practical rule to guide its search, but accuracy still matters. Which approach best fits?
- A
Use an algorithm, since an exhaustive defined procedure is always practical when time is limited.
- B
Use a heuristic to guide the search, then check the result because the rule of thumb may fail.
- C
Use analogy without checking constraints, since a similar-looking problem guarantees a matching solution.
- D
Use trial and error by repeating attempts without recording them.
A coordinator is trying to represent a complicated problem before choosing a strategy. Which information should be included in a useful representation? Select all that apply.
- A
Identify the starting state.
- B
List unrelated background details even when they do not affect the problem.
- C
Specify the goal.
- D
Identify relevant constraints and possible actions.
Before selecting an action for a problem with several possible routes, which description would give the clearest useful representation?
- A
Record every available detail, whether or not it affects the goal or available actions.
- B
Identify the starting state, goal, relevant constraints, and possible actions.
- C
Choose an action first and define the goal afterward.
- D
Ignore constraints until after the solution has been selected.
A technician must complete a well-defined calculation using a standard procedure, and correctness matters. Which strategy is the best fit?
- A
Use a heuristic because it guarantees the same result every time.
- B
Use an algorithm because the task is well-defined and has a reliable procedure.
- C
Use trial and error because checking possibilities is always the most efficient approach.
- D
Use analogy because every familiar task has the same solution.
What term describes seeing an object only in its usual role instead of considering other possible uses?
A complete algorithm, correctly applied to a problem it covers, can guarantee a solution.
- A
True
- B
False
A team is testing why a device fails, and feedback is quick. Which approach makes trial and error most informative?
- A
Change several factors at once and repeat the same guesses.
- B
Keep trying actions without recording results so each attempt is independent.
- C
Change one relevant factor at a time, record what was tried, and use the outcome to guide the next attempt.
- D
Choose the first action that seems plausible and stop regardless of the result.
A person must arrive at a meeting by a fixed time and knows how long the journey takes. Which plan best applies working backward?
- A
Start with the arrival time, estimate the travel time, and use that to determine when to leave.
- B
Leave at a convenient time, then adjust the destination to match the arrival time.
- C
Try different routes without considering the required arrival time.
- D
List every possible destination before deciding when to depart.
What term describes persisting with a familiar method even after it stops working?
A project has several stages, and the team needs to track progress. Which approach best uses subgoals?
- A
Treat the entire project as one task and wait until it is finished to check progress.
- B
Repeat the first step until the whole project is complete.
- C
Choose a familiar method even if it does not fit the project.
- D
Divide the project into manageable steps and track which steps are complete.
A team delivers a printed report, but it arrives after the stated deadline. They claim the problem is solved because they produced the required format. Is their claim correct?
- A
True
- B
False
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