1.1: Building Memories Flashcards
memory

persistence of learning over time/information that’s stored/ can be retrieved
3 parts of memory:

- encoding
- storage
- retrieval
Atkinson and Shiffrin model of memory: (3 stages)

- sensory memory:
1st recorded info
- short-term:
process info/ rehearse details
- long-term:
encoded for later retrieval
Give an example of the 3 stages of memory (Atkinson and Shiffrin model)

*** sensory, short-term, long-term
Why is working memory a useful way to describe how we process memory?

it’s an active, working process that’s ongoing to put/ keep memory into long-term
parallel processing- define and example

doing many things at once
i.e. workers in a factory
automatically process-

without conscious effort
3 steps of automatic processing:
space: visualize space where information was (i.e. visualize space where specific words were on the page)
time: note the sequence of day’s events (i.e. I woke up, went to school, came home)
frequency: track how many times things happen (i.e. I brushed my teeth twice today)
how does effortful processing become more automatic over time?

your brain becomes sharper at looking at things- you train it
3 examples of effortful processing
- rehearsal- repetition
spacing effect- remembering information over more time
serial position effect- remember first (primacy) and last (recency) things best
how is the spacing effect related to practice and recall?

distribute practice over longer period of time—- retain more info— better recall
serial position effect

- remembering a sequence of things
- primacy- 1st things
- recency- last things
shallow processing vs deep processing

shallow- surface-level, brush over info
deep- detailed info, making connections
how does adding meaning improve retrieval/ reduce effort
adds more significance/ relatable
self-reference effect

make a personal connection— better memory
i.e. remembering song lyrics connected to your life
chunking

splitting things into recognizeable chunks
mnemonic

a way of remembering words
Semantic encoding
the processing of sensory input that has particular meaning or can be applied to a context. Various strategies can be applied such as chunking and mnemonics to aid in encoding, and sometimes, allow deep processing, and optimizing retrieval.