Theories of Learning, Fall 2006

 

Study Guide for Final Exam

 

 

 

Know the definitions of the following terms:

 

Universal grammar

Sensitive period

Syntax

Semantics

Pragmatics

Language acquisition device

Morpheme

Transformational grammar

Continuity theory

American sign language

Anthropomorphism

Descriptive rules

Prescriptive rules

Surface structure

Deep structure

Phoneme

primacy effect

recency effect

levels of processing

decay

retroactive interference

proactive interference

schema

script

schematic distortion

source amnesia

mnemonics

elaborative rehearsal

maintenance rehearsal

state-dependent learning

Korsakoff’s amnesia

anterograde amnesia

retrograde amnesia

latent learning

 place learning

response learning

cognitive map

short-term memory

long-term memory

episodic memory

semantic memory

procedural memory

priming

explicit memory

implicit memory

genetic epistemology

assimilation

accommodation

object permanence

operations

egocentrism

conservation

modularity perseveration

neuron

axon

synapse

neurotransmitter

dopamine

action potential

myelin

dendrite

sensitization

habituation

cerebellum

electrical stim. of brain

equipotentiality

mass action

hippocampus

amygdala

consolidation

delayed match to sample

place neurons

long-term potentiation

engram

false memories

prospective memory

synaptic density

glucose metabolism

EEG

corpus callosum

plasticity

cell migration

Kennard principle

phantom limb

efficiency hypothesis

occipital lobe

parietal lobe

temporal lobe

frontal lobe

 

 

 

 

 

 

 

Know who the following people are, and what their contribution to learning theory was:

 

Chomsky

Piaget

Tolman

 

 

 

 

 

 

 

 

 

 

 

 

 


 

 

Be familiar with the following:

 

The difference between learning and performance.

 

Evidence that some aspects of language learning involve a critical or sensitive period.

 

The different types of memory.

 

Anterograde amnesia – what is it?  What causes it?

 

Piaget’s stages.

 

Aplysia studies of habituation and classical conditioning.

 

Brain development in terms of neurons, synapses, glucose metabolism, and myelination.

 

Enriched and deprived environment studies.