1
PSYC 310 QUIZ 2: PROBLEM SOLVING
[QUESTION 1–200] AND ANSWERS
UPDATED 2026/2027 | 100% VERIFIED
| DETAILED RATIONALES – PRACTICE
FOR A+ PERFORMANCE
Introduction
PSYC 310 Quiz 2: Problem Solving, for Liberty University psychology students,
focuses on how people represent problems, select strategies, overcome obstacles, and
evaluate possible solutions. Problem-solving is an important area of cognitive
psychology because it explains how people make decisions, approach unfamiliar
situations, use prior knowledge, and adapt when their initial strategies fail.
This practice question bank reviews key concepts commonly associated with
problem-solving, including algorithms and heuristics, insight, functional fixedness,
mental sets, analogical reasoning, means–ends analysis, working memory, expertise,
and the influence of biases on judgment. The questions emphasize application and
scenario-based reasoning rather than simple memorization.
Use this resource to identify knowledge gaps, practice distinguishing closely related
concepts, and strengthen your ability to explain why a particular strategy succeeds or
fails. Each question has four answer options and a detailed rationale explaining the
correct choice and the limitations of the alternatives. These are original study
questions based on established cognitive psychology concepts, not verified official
Liberty University quiz questions. Use them alongside your course materials and
instructor-provided learning objectives for the most effective preparation.
Core domains tested
1.
Problem representation: Defining the problem, identifying constraints, and
determining the desired goal state.
2.
3.
Algorithms and heuristics: Comparing systematic procedures with faster, less
guaranteed strategies.
4.
,2
5.
Means–ends analysis: Reducing differences between the current state and the
goal state.
6.
7.
Mental set: Understanding how previously successful strategies can restrict
new approaches.
8.
9.
Functional fixedness: Recognizing when conventional uses of objects prevent
creative solutions.
10.
11.
Insight and restructuring: Examining sudden solutions that follow a change in
problem representation.
12.
13.
Analogical reasoning: Transferring a solution principle from a familiar
problem to a structurally similar one.
14.
15.
Working memory and cognitive load: Understanding how mental resources
affect complex problem-solving.
16.
17.
Expertise and knowledge: Examining how domain-specific experience shapes
representations and strategies.
18.
19.
Problem-solving errors and biases: Identifying fixation, confirmation bias, and
ineffective strategy persistence.
20.
21.
,3
Creative problem-solving: Generating alternatives and evaluating
unconventional approaches.
22.
23.
Strategy evaluation: Monitoring progress, testing hypotheses, and revising
ineffective plans.
24.
QUESTIONS 1–100
Question 1
A student must solve a complex logic puzzle with several interdependent rules. Rather
than trying random answers, the student writes down the initial conditions, identifies
the required final outcome, and records each constraint. Which problem-solving
process is the student primarily using?
A) Functional fixedness
B) Problem representation
C) Confirmation bias
D) Response generalization
Rationale: B is correct because problem representation involves organizing the
information, constraints, initial state, and goal state before selecting a solution
strategy. A is incorrect because functional fixedness involves difficulty seeing
alternative uses for objects. C is incorrect because confirmation bias involves favoring
evidence that supports existing beliefs. D is incorrect because response generalization
refers to responding similarly to related stimuli, not organizing a complex problem.
Question 2
A technician uses a fixed sequence of diagnostic tests to identify a fault in a machine.
If the sequence is followed correctly, it systematically checks every possible cause
within the defined system. Which strategy best describes this approach?
A) Trial and error
B) Availability heuristic
C) Algorithm
, 4
D) Insight
Rationale: C is correct because an algorithm is a systematic procedure that produces a
solution when its steps and assumptions are appropriate. A is incorrect because trial
and error involves trying possible solutions and learning from their outcomes without
necessarily following a complete systematic procedure. B is incorrect because the
availability heuristic relies on how easily examples come to mind. D is incorrect
because insight involves a sudden realization rather than systematically executing a
diagnostic procedure.
Question 3
A person searching for a misplaced key first checks the places where it was last used,
then checks nearby surfaces, and finally searches less likely locations. Which
approach is most clearly illustrated?
A) Functional fixedness
B) Deductive reasoning
C) Mental set
D) Heuristic search
Rationale: D is correct because the person uses a practical rule of thumb to prioritize
likely locations and reduce search effort. A concerns restricting an object's use to its
customary function. B involves drawing a conclusion from premises that logically
entail it. C refers to relying on a previously used approach because it worked before,
which is not necessarily the defining feature of this organized search.
Question 4
A student repeatedly solves a new mathematics problem using the same formula that
worked for earlier problems. The formula is inappropriate for the new problem, but
the student continues applying it. Which concept best explains the difficulty?
A) Mental set
B) Divergent thinking
C) Analogical transfer
D) Means–ends analysis
Rationale: A is correct because a mental set is the tendency to approach a problem
using a familiar strategy even when a different strategy would be more effective. B
involves generating multiple possible ideas rather than persisting with one method. C
involves transferring a useful structure or principle from one problem to another; the
PSYC 310 QUIZ 2: PROBLEM SOLVING
[QUESTION 1–200] AND ANSWERS
UPDATED 2026/2027 | 100% VERIFIED
| DETAILED RATIONALES – PRACTICE
FOR A+ PERFORMANCE
Introduction
PSYC 310 Quiz 2: Problem Solving, for Liberty University psychology students,
focuses on how people represent problems, select strategies, overcome obstacles, and
evaluate possible solutions. Problem-solving is an important area of cognitive
psychology because it explains how people make decisions, approach unfamiliar
situations, use prior knowledge, and adapt when their initial strategies fail.
This practice question bank reviews key concepts commonly associated with
problem-solving, including algorithms and heuristics, insight, functional fixedness,
mental sets, analogical reasoning, means–ends analysis, working memory, expertise,
and the influence of biases on judgment. The questions emphasize application and
scenario-based reasoning rather than simple memorization.
Use this resource to identify knowledge gaps, practice distinguishing closely related
concepts, and strengthen your ability to explain why a particular strategy succeeds or
fails. Each question has four answer options and a detailed rationale explaining the
correct choice and the limitations of the alternatives. These are original study
questions based on established cognitive psychology concepts, not verified official
Liberty University quiz questions. Use them alongside your course materials and
instructor-provided learning objectives for the most effective preparation.
Core domains tested
1.
Problem representation: Defining the problem, identifying constraints, and
determining the desired goal state.
2.
3.
Algorithms and heuristics: Comparing systematic procedures with faster, less
guaranteed strategies.
4.
,2
5.
Means–ends analysis: Reducing differences between the current state and the
goal state.
6.
7.
Mental set: Understanding how previously successful strategies can restrict
new approaches.
8.
9.
Functional fixedness: Recognizing when conventional uses of objects prevent
creative solutions.
10.
11.
Insight and restructuring: Examining sudden solutions that follow a change in
problem representation.
12.
13.
Analogical reasoning: Transferring a solution principle from a familiar
problem to a structurally similar one.
14.
15.
Working memory and cognitive load: Understanding how mental resources
affect complex problem-solving.
16.
17.
Expertise and knowledge: Examining how domain-specific experience shapes
representations and strategies.
18.
19.
Problem-solving errors and biases: Identifying fixation, confirmation bias, and
ineffective strategy persistence.
20.
21.
,3
Creative problem-solving: Generating alternatives and evaluating
unconventional approaches.
22.
23.
Strategy evaluation: Monitoring progress, testing hypotheses, and revising
ineffective plans.
24.
QUESTIONS 1–100
Question 1
A student must solve a complex logic puzzle with several interdependent rules. Rather
than trying random answers, the student writes down the initial conditions, identifies
the required final outcome, and records each constraint. Which problem-solving
process is the student primarily using?
A) Functional fixedness
B) Problem representation
C) Confirmation bias
D) Response generalization
Rationale: B is correct because problem representation involves organizing the
information, constraints, initial state, and goal state before selecting a solution
strategy. A is incorrect because functional fixedness involves difficulty seeing
alternative uses for objects. C is incorrect because confirmation bias involves favoring
evidence that supports existing beliefs. D is incorrect because response generalization
refers to responding similarly to related stimuli, not organizing a complex problem.
Question 2
A technician uses a fixed sequence of diagnostic tests to identify a fault in a machine.
If the sequence is followed correctly, it systematically checks every possible cause
within the defined system. Which strategy best describes this approach?
A) Trial and error
B) Availability heuristic
C) Algorithm
, 4
D) Insight
Rationale: C is correct because an algorithm is a systematic procedure that produces a
solution when its steps and assumptions are appropriate. A is incorrect because trial
and error involves trying possible solutions and learning from their outcomes without
necessarily following a complete systematic procedure. B is incorrect because the
availability heuristic relies on how easily examples come to mind. D is incorrect
because insight involves a sudden realization rather than systematically executing a
diagnostic procedure.
Question 3
A person searching for a misplaced key first checks the places where it was last used,
then checks nearby surfaces, and finally searches less likely locations. Which
approach is most clearly illustrated?
A) Functional fixedness
B) Deductive reasoning
C) Mental set
D) Heuristic search
Rationale: D is correct because the person uses a practical rule of thumb to prioritize
likely locations and reduce search effort. A concerns restricting an object's use to its
customary function. B involves drawing a conclusion from premises that logically
entail it. C refers to relying on a previously used approach because it worked before,
which is not necessarily the defining feature of this organized search.
Question 4
A student repeatedly solves a new mathematics problem using the same formula that
worked for earlier problems. The formula is inappropriate for the new problem, but
the student continues applying it. Which concept best explains the difficulty?
A) Mental set
B) Divergent thinking
C) Analogical transfer
D) Means–ends analysis
Rationale: A is correct because a mental set is the tendency to approach a problem
using a familiar strategy even when a different strategy would be more effective. B
involves generating multiple possible ideas rather than persisting with one method. C
involves transferring a useful structure or principle from one problem to another; the
