A student performs well across verbal, numerical and spatial tasks because of a broad underlying cognitive capacity. Spearman would primarily attribute this to:
Spearman's g-factor is general intelligence.
Spearman's g-factor is general intelligence.
Spearman's s-factor is specific ability.
Verbal fluency involves rapidly producing words.
Perceptual speed involves quickly recognizing visual details.
Observational learning can occur without direct reinforcement.
Retention involves remembering the observed behavior.
Motor reproduction is the ability to perform the observed action.
Motivation involves perceived incentives or consequences.
Insight learning involves sudden realization of a solution.
Insight involves restructuring the problem mentally.
Discovery learning involves inferring principles through exploration.
Bruner's sequence is enactive, iconic, then symbolic.
Symbolic representation uses language and symbols.
Adding an unpleasant consequence to decrease behavior is positive punishment.
Removing a pleasant consequence to decrease behavior is negative punishment.
Reinforcement strengthens behavior; punishment weakens behavior.
A previously neutral stimulus that elicits a response after pairing is the conditioned stimulus.
An unconditioned stimulus naturally elicits an unconditioned response.
Classical conditioning involves pairing a neutral stimulus with an unconditioned stimulus.
Adding a pleasant consequence to increase behavior is positive reinforcement.
Removing an unpleasant consequence to increase behavior is negative reinforcement.
The exosystem includes settings that indirectly affect the child.
The macrosystem includes cultural and societal values.
The chronosystem involves time and life transitions.
The law of effect states that satisfying consequences strengthen responses.