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Summary Erasmus Universiteit Rotterdam Psychology Human Learning 1.8 Block + Lecture Summaries €11,79   In winkelwagen

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Summary Erasmus Universiteit Rotterdam Psychology Human Learning 1.8 Block + Lecture Summaries

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Erasmus Universiteit Rotterdam Psychology Human Learning 1.8 Block + Lecture Summaries 1.8 Human Learning Educational Psychology

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1.8 Educational Psychology Summary

There were only seven problems in this block.
Problem 1
Learning and Memory
 Memory: process of saving information for a period of time. Greater emphasis on
recalling it later. (Difference between learning)
 Storage: Putting new information in memory
 Encoding: modification of memory to make it easier to store.
o Changing the format of the information
o Simplifying the information. (You can remember that the middle name was
mentioned in the book but you don’t recall what it was)
 Retrieval: the process which people find the
information that they’ve previously stored.

The Dual-Store Model (3 Component model)
 Working memory and long-term memory are
different entities.
 Control process: a cognitive process that
directly affects the memory’s functioning.

Sensory register (1)
 Holds the incoming information long enough for it to undergo very preliminary cognitive
processing. Sensory register holds information before any significant encoding occurs.
 Capacity: very large capacity.
 Forms of storage: visual inputs are stored in a visual form…
 Duration: Visual information > less than a second, maximum of 2 seconds until new
information comes. Auditory information > 2 seconds or a bit more. Louder stimuli last
longer than the quite stimuli. Auditory information can be stored longer than the visual
information because humans have a greater capacity for language.
 Reasons why information fades away from the sensory register.
1. Inference: new information coming replaces the information that is already in
the sensory register.
2. Decay: unimportant information erases itself seconds after arriving to the
sensory register.

Working memory (2)
 Sensory register to working memory. (ATTENTION)
 Factors affecting attention
1. Motion: moving objects.
2. Size: Larger objects take more attention
3. Intensity: bright colors, loud noises.
4. Novelty

, 5. Incongruity: objects that don’t make sense capture attention
6. Social cues: people are more likely to pay attention to things they see others looking
at and reacting to.
7. Emotion
8. Personal significance: information that is personally relevant
 Nature of attention
o Cocktail-party phenomenon: the ability to attend one spoken message while
ignoring others.
o Shadowing: trying to recall 1 set of dialogue when listening 2 sets of. (Harder
when both of them are similar in sound, topic and pace)
o People can filter some sources of attention.
o Some automatic responses: immediately looking in the direction of loud noise
o Conscious control: deciding which conversation to listen
o Learning: people can learn to draw attention to several stimuli.
 Capacity of attention
o Figure-ground: when people are focusing on the details on one object (figure),
they cannot also inspect other things in their line of sight (ground).
o Limited processing capacity: number of stimuli being attended to depending on
how much cognitive processing is required for each one.
o People can divide their attention to 2 complex tasks if they have experience on
both of them.
o Learners should filter, ignore or selectively choose some information.
 Working memory
o Short-term memory
o Active thinking occurs.
o Awareness or consciousness of memory system.
o Identifies the information on sensory register, saves the information and
processes it further.
o Capacity: 7-9 digit numbers or 3-4 meaningful pieces of information can be
stored at one time.
o Chunking: process of combining information in some way. (can slightly increase
the amount of information the working memory can hold)
o Forms of storage: encoded in auditory form, visual, spatial, tactile, psychomotor
forms.
 Phonological loop: can keep a small amount of auditory information
fresh through constant repetition.
 Visuospatial sketchpad: allows manipulation and short-term retention of
visual material.
 Episodic buffer?
o Duration: 30 seconds or shorter.
o Control processes in the working memory

,  Retrieval: Retrieving information from working memory is automatic and
easy. Scanning all of working memory’s contents and finding the desired
one.
 Organization: attaching meaning to numbers > long-term memory.
Element interactivity.
 Maintenance rehearsal: repeating information to keep it alive in working
memory to prevent decay and interference. (Learned skill-if not
repeated forgotten and can’t be transferred to long-term memory)
 Word length effect: shorter words are easier to repeat and remember.
 Central executive component of working memory
o Central executive: head of the system
o Controls and monitors the flow of information through the memory system.
o People differ at how effectively they control and process their attention.
o Effortful control: individual brain difference when it comes to information and
attention processing.

Long-term Memory (3)
 Connecting new information with prior knowledge
 Storage occurs slowly and a great deal of information is lost in the process.
 Working memory might prevent some information from going to the long-term
memory. (Bottleneck)
 Declarative knowledge: how things are, were or will be.
 Procedural knowledge: how to do things
 Capacity: unlimited.
 Forms of storage:
o Encoding, sensory images, nonverbal abstractions, meanings, idiosyncratic
interpretations.
o Explicit knowledge: knowledge that can be easily recalled and explained
o Implicit knowledge: knowledge that affects people’s behavior even though they
can’t consciously retrieve it.
o Interconnectedness: related pieces tend to be associated together
 Duration: forever. Any information that is forgotten > retrieval problem.

Challenges to the Dual-store model
 Working memory and long-term memory can be different aspects of the same
mechanism.
 Working memory is not that conscious. People could answer questions regarding
frequency without consciously knowing it.

Alternative views on human memory
Level of processing model
 Depth of information processing

,  Incoming information is processed by a central processor. This processor can hold so
much at one time.
 How well, long the information is stored depends on how thoroughly the processor
dealt with.
 Very briefly processed information > sensory register
 Incidental learning
 Intention to learn & deep processing
 Rating the words pleasantness is more effective than just repeating the word.
 Superficially stored (appearance, brightness) > working memory
1. Labels: repeated the name of the objects
2. Sentence generation
3. Sentence repetition
4. “what” question: relationship questions that starts with what
5. “why” question: questions asking why a particular relationship existed between
objects.

Activation model
 Working memory and long-term memory are simply different activation states of single
memory.
 Active information: new and stored information that the person is paying attention to
 Inactive information: previously activated information becomes inactive when the
attention is shifted.
 Priming: activation almost invariably spreads from one piece of information to
associated pieces.

Same ideas between theories
 Attention is crucial for explicit memory. Long-term retention of information.
 How to increase attention
o Include variety of topics and presentation styles
o Novelty
o Provide frequent breaks from tasks requiring considerable attention
o Ask questions
o Minimize distractions
o Seat them near teacher
o Monitor students’ behavior
o Consider the cognitive load on students and arrange the classes according to it

Cognitive Load Theory
 Prior knowledge of the student > people may do worse
 Mental rehearsal: repetition of the desired information
Working memory
 Only 5-9 discrete items can be stored at a time.
Long-term memory and schemas

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