Task 3 - Problem Solving Flashcards

1
Q

Focused Thinking

A

Begins with clear starting point and has specific goal

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2
Q

Unfocused Thinkiing

A

Like daydreaming, unintentionally calling to mind a number of different and loosely related ideas

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3
Q

Well-defined problems

A
  • have a clear goal (you now when you solved one)
  • present small set of information to start
  • often present set of rules or guidelines
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4
Q

Ill-defined problems

A

-don’t have goals, starting information or spelled-out steps

performance not correlated with that on well-defined problems

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5
Q

Knowledge-rich problem

A

relevant background knowledge needed to solve the problem

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6
Q

Knowledge lean problem

A

do not demand much prior knowledge

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7
Q

Convergent Thinking/Problem

A

Has a corret answer, does not require much creativity

e.g. multiple choice items

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8
Q

Divergent Thinking/Problem

A

Has multiple answers

e.g. open-ended exam items

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9
Q

Control processes

A

required for problem solving

-> does not happen subconsciously

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10
Q

Problem-solving heuristics

A
  • Generate-and-Test-Technique
  • Means-Ends Analysis
  • Working Backward
  • Backtracking
  • Reasoning by Analogy
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11
Q

Generate and Test Technique

A

generating possible solutions and then testing them

  • > loses efficiency when there are many possibilities and without guidance for generation process (e.g. trying combinations for lock-pin)
  • useful when amount of possibilities limited
  • progress-monitoring: changing approach when it doesn’t work
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12
Q

Means-Ends Analysis

A

Comparing goal with starting-point, then thinking of possible ways of overcoming the difference and choosing the best one

  • > options might have preconditions (of not met -> establish subgoals to break down the task)
  • > can be difficult when path to goal is indirect (Hill-climbing effect)
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13
Q

Hill-climbing effet

A

Issue whith a problem where you have to desire to go forward and pick up where you left off even though you have to take a step back first to be able to advance later

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14
Q

Working Backward

A

Goal is analyzed to determine last step needed to achieve it, then next-to-last step etc.

  • > establishing subgoals (similarly to means-ends just other way around)
  • > most effective when path to goal is unique (more efficient than going forward)
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15
Q

Backtracking

A

Problem-solving sometimes involves making universal provisional assumptions which turn out to be wrong and need to be eliminated

  • > useful to keep track when which assumption was made so certain paths can be backed up
  • > often done by setting up a flow chart to keep track of choices
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16
Q

Reasoning by Analogy

A

Using an abstract schema to construct a representation of the scenario to solve the problem
-> e.g. tumor problem

17
Q

Factors hindering problem-solving

A
  • Mental Set
  • Functional Fixedness
  • Using incomplete or incorrect represenations
  • Lack of problem-specific knowledge or expertise
18
Q

Mental Set

A

Tendency to adopt a framework, strategy, procedure, or seeing things in a certain way instead of other equally plausible ways

19
Q

Functional Fixedness

A

Unwillingness to think of other functions for a tool than what they are usually thought for when problem-solving

20
Q

Problem Space Hypothesis

A

Behind every possible state or possibility within a problem there is a a corresponding node in a mental graph
Problem space: set of nodes (mental area) + graph
Mental moves: sequence of nodes

21
Q

Creativity

A

Originality that serves some purpose:
combination or recombination of knowledge, informatino, or mental representations (already present in creator)
-> change in frame of reference in knowledge

22
Q

Direct remembering

A

Ability to channel your memory in order to make conscious some past experience or knowledge meeting various constraints

23
Q

Noticing

A

Revising drafts during which one needs to notice where the problems are

24
Q

Contrary Recognition

A

Ability to recognize objects not for what they are but as sth. else (e.g. seeing a cloud as a castle)
-> requires moving beyond bounds of reality

25
Q

Critical Thinking

A

Evaluating and assessing novel ideas in terms of their appropriateness
-> good critical thinking requires large knowledge bases and some means of using them right

26
Q

Gestalt Approach to Problem Solving

A

Focus on restructuring the problem in your mind to generate insight

27
Q

Insight

A

Sudden realization of the solution to a problem

28
Q

Representational Change Theory

A

Improvement of Gestalt approach
-> combines Gestalt approach with information processing
Steps:
1. constraint relaxation: removing mental blockades
2. Re-encoding: rethinking problem representation
3. Elaboration: adding new information to the problem

29
Q

Brain parts involved in problem-solving

A
  • not attributed to specific brain part
  • prefrontal cortex areas
  • tendency to right hemisphere
30
Q

Three ways to gain insight

A

Contradiction: leads to curiosity -> insight due to interest
Connections: getting out of comfort zone to gain new perspectives/experiences
Creative Desperation: coming up with new ideas due to pressure

31
Q

Design Thinking

A

Structured methodology for generating innovation
Steps:
1. Developing Understanding of Needs
2. Ideation: explore possible solutions
3. Refine concepts: prototyping and testing

32
Q

Tendency to fill in blanks

A

drawing conclusions ealry instead of waiting for direct observation
(due to top-down processing)
solution: gathering data objectively

33
Q

Encoding Failures

A

When seemingly unimportant details are not captured

34
Q

Confirmation Bias

A

Tendency of confirming preexisting hypotheses and dismissing data contradicting those beliefs

35
Q

Fixation

A

Inability to see problem from fresh perspective (funcitonal fixedness)

36
Q

Fundamental Attribution Error

A

Tendency to rationalize own failures as being due to external circumstances and vice versa

37
Q

Sunk Cost Fallac

A

Not moving on from idea because a lot of resources have been put into the current approach