AP Syllabus focus:
‘Creativity involves novel ideas and divergent thinking, but functional fixedness can block it.’
Creativity is a core cognitive skill that supports problem solving and innovation. In AP Psychology, it is explained through how people generate ideas (divergent thinking) and how rigid assumptions can prevent new uses for familiar objects.
Creativity and how psychologists define it
Creativity: The ability to produce ideas or solutions that are both novel (original) and useful (effective or appropriate).
Creativity is not just artistic talent; it includes scientific discovery, everyday improvisation, and flexible problem solving. Psychologists study creativity by observing idea generation, measuring originality, and analysing what helps or blocks insight.
A measurement model figure illustrating how performance on a multiple-solution task (MST) is quantified using fluency, flexibility, and originality indicators. This connects classroom definitions of divergent thinking to the concrete variables researchers score when they operationalize creative idea generation in studies. Source
Key features of creative thought
Originality: the idea is uncommon or surprising.
Usefulness: the idea actually works for the goal or situation.
Combination: creative solutions often recombine old information in new ways.
Divergent thinking (and how it differs from convergent thinking)
Divergent thinking: A thought process that generates many possible answers, emphasising variety, flexibility, and originality.
Divergent thinking is especially important at the “idea generation” stage of creativity, when the goal is to widen possibilities rather than quickly pick one.
What divergent thinking looks like
Producing multiple uses for an object or multiple solutions to a problem
Shifting perspectives (reframing the task)
Avoiding early judgment that shuts down options
Convergent thinking: A thought process aimed at finding the single best answer by applying logic, rules, and constraints.
Convergent thinking supports creativity too, because novel ideas still need evaluation and refinement to become useful.
How divergent and convergent thinking work together
Divergent: expand the option set (quantity and variety).
Convergent: test, edit, and select the most workable option.
Many creative tasks cycle between both: generate possibilities, then narrow, then re-expand.
The Double Diamond model visualizes alternating phases of broad exploration (divergence) and focused selection (convergence). As a study aid, it reinforces that creativity is not only idea generation but also the systematic narrowing and testing that turns novel possibilities into workable solutions. Source
Functional fixedness: a major barrier to creativity
Functional fixedness: A cognitive bias that limits a person to using an object only in its typical or most familiar way, making it harder to see alternative uses.
Functional fixedness can block creativity because it restricts divergent thinking: the mind treats “what it is” as more important than “what it could do.”
Duncker’s Candle Problem diagram showing the materials (candle, tacks in a box, matches) and the successful solution. The key cognitive shift is reconceptualizing the box from a container into a functional platform, demonstrating how functional fixedness can prevent insight until the problem representation changes. Source
It is closely related to mental set, where prior solutions dominate current attempts.
How functional fixedness shows up
Failing to solve a problem because a needed tool is seen only in its usual role
Overlooking unconventional uses of common items
Treating category labels as rigid (e.g., “this is a decoration, not a tool”)
Why it happens (psychological mechanisms)
Prior learning and reinforcement: repeated uses strengthen one “default” function.
Attention and salience: obvious features grab attention, hiding less typical affordances.
Efficiency trade-off: fixedness can speed routine tasks, but harms flexibility.
Reducing fixedness and supporting creative performance
Redefine the goal: restate the problem in broader terms to invite new functions.
Change the representation: focus on properties (shape, weight, edge) instead of labels.
Increase variety of inputs: exposure to multiple examples can loosen rigid categories.
Delay evaluation: premature criticism reduces idea fluency and willingness to explore.
In syllabus terms, creativity depends on producing novel ideas through divergent thinking, but functional fixedness can prevent people from noticing workable, original solutions.
FAQ
Common approaches use structured tasks scored for originality and flexibility (e.g., unusual uses tasks), plus consensual ratings by multiple independent judges.
Reliability improves when scoring rules are explicit and judges are blind to identity.
Research often links creativity to interaction between the default mode network (spontaneous thought) and executive control networks (selection and evaluation).
Effective creativity tends to involve coordination, not just “right-brain” dominance.
Incubation can help when stepping away reduces fixation and allows unconscious recombination of ideas.
Benefits are more likely when the break includes a different activity that shifts attention away from the stuck representation.
Groups can trigger production blocking (only one person speaks at a time), evaluation apprehension, and social loafing.
Structured methods (silent idea generation first, then sharing) can protect idea fluency.
Yes. Cultures may weigh novelty versus usefulness differently, and social norms can shape which ideas are encouraged, shared, or rewarded.
These differences affect both creative expression and how creativity is evaluated.
Practice Questions
Define divergent thinking and state one way it supports creativity. (1–3 marks)
1 mark: Defines divergent thinking as generating many possible ideas/solutions.
1 mark: Links divergent thinking to creativity by emphasising novelty/originality or flexibility.
1 mark: Gives a valid support point (e.g., increases the pool of options so a useful novel one is more likely).
Explain functional fixedness and discuss how it can interfere with creative problem solving. Include one strategy for overcoming it. (4–6 marks)
2 marks: Accurate explanation of functional fixedness (typical use assumption limiting alternative uses).
2 marks: Clear discussion of interference (reduces divergent thinking; blocks seeing unconventional solutions; keeps problem representation rigid).
1 mark: Describes one relevant overcoming strategy (e.g., reframe goal; focus on object properties not labels).
1 mark: Explains why the strategy helps (changes representation; expands possible uses/solutions).
