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AQA GCSE Psychology

GCSE · AQAPsychology33 notas en 8 carpetas, 178 KB

33 apuntes de estudio, creados por cookie, en 8 secciones que siguen los temas del curso.

Notes for AQA GCSE Psychology (8182), in folders for the eight topics of the specification in its order: memory, perception, development and research methods (Paper 1), then social influence, language, thought and communication, brain and neuropsychology and psychological problems (Paper 2). Each note covers the theories, named studies with their aims, methods, findings and evaluation, and treatments. Delete any folder your course leaves out once the notes are yours.

Al añadirlas, se guardará una copia en tus notas, en una carpeta propia con las carpetas que aparecen debajo. Podrás modificarlas y convertirlas en tarjetas de estudio o en un mazo de preguntas. Al descargarlas, obtendrás un archivo zip con archivos markdown que se pueden abrir en cualquier aplicación de notas.

Qué contiene

  • Memory
    • Types and processes of memory5 KB
    • The multi-store model and the serial position effect6 KB
    • Memory as an active process6 KB
  • Perception
    • Sensation, depth cues and constancies4 KB
    • Gibson's and Gregory's theories of perception5 KB
    • Visual illusions6 KB
    • Factors affecting perception5 KB
  • Development
    • Early brain development4 KB
    • Piaget's theory and education8 KB
    • Mindset, praise and learning styles5 KB
  • Research methods
    • Hypotheses, variables and sampling6 KB
    • The experimental method6 KB
    • Interviews, questionnaires, case studies and observations6 KB
    • Correlation and research procedures7 KB
    • Reliability, validity and ethics6 KB
    • Data handling and statistics6 KB
  • Social influence
    • Conformity5 KB
    • Obedience8 KB
    • Prosocial behaviour5 KB
    • Crowds and collective behaviour5 KB
  • Language, thought and communication
    • Language and thought5 KB
    • Human and animal communication5 KB
    • Non-verbal communication4 KB
    • Explanations of non-verbal behaviour5 KB
  • Brain and neuropsychology
    • The nervous system and the fight or flight response5 KB
    • Neurons and synaptic transmission5 KB
    • Structure and function of the brain5 KB
    • Neuropsychology and scanning5 KB
  • Psychological problems
    • Mental health4 KB
    • Clinical depression6 KB
    • Treating depression5 KB
    • Addiction5 KB
    • Treating addiction4 KB

La primera nota

Memory / Types and processes of memory

Three processes

Everything that is remembered has to go through three processes, and a failure at any one of them is a failure to remember.

Encoding is changing information into a form that memory can hold. The same thing can be encoded in different ways: a phone number can be held as the sound of the digits, as the look of them written down, or as the meaning they carry ("Mum's number"). Storage is holding that encoded information over time, and it is where the different memory stores and their limits matter. Retrieval is getting stored information back out when it is needed, for example when a question asks for it or when a smell brings back an old holiday. Information can be stored and still be unavailable at a particular moment, which is why people say a word is "on the tip of the tongue": the memory is there and the retrieval has failed.

The three are connected in order. Information that was never encoded cannot be stored, and information that was never stored cannot be retrieved, so a student who says "I never took that in" is often describing an encoding problem rather than a storage one.

How memories are encoded and stored

Information reaches memory through the senses, and what is stored differs with the store and the task.

  • Sound is the main code in short-term memory, which is why a list of letters that sound alike (such as B, V, P, T) is harder to hold than a list of letters that sound different.
  • Meaning is the main code in long-term memory. A person who is asked about a story a few hours later usually remembers what it was about rather than the exact words.
  • Pictures and images are also stored. People remember faces and scenes without being able to describe them in words, so visual coding is part of the picture as well.

Long-term memory is not a single lump. It holds several different types of memory, and the differences between them are a way of explaining why one kind of memory can fail while another survives.

Episodic memory

Episodic memory is memory for events and experiences from a person's own life: your last birthday, what you ate for breakfast this morning, the first day at secondary school. An episodic memory is tied to a time and a place, and it is usually recalled with the feelings and surroundings that went with it, so remembering it feels like reliving the event.

Episodic memories are the ones that have to be consciously called up. They are also the ones most likely to be changed over time, because each recall is a chance to rebuild the event slightly differently (Bartlett's theory of reconstructive memory explains how).

Semantic memory

Semantic memory is memory for facts, meanings and general knowledge about the world: that Paris is the capital of France, what the word "photosynthesis" means, how many days there are in a week. Nothing ties it to when or where it was learned. Most people can say that a cat is an animal and has four legs without being able to say when they first learned it.

A semantic memory and an episodic memory can be about the same thing. Knowing that the school leaving date is in July is semantic; remembering the day you walked out of the gates for the last time is episodic.

Procedural memory

Procedural memory is memory for how to do things: riding a bike, tying shoelaces, typing, swimming. It is built up by practice and is used without thinking. A skilled typist cannot easily say where each letter is on the keyboard but their fingers find it straight away, which shows that the knowledge is held in a different way from facts.

Procedural memories are slow to form, because skills need repeating, and they are usually very durable, since a person who has not ridden a bike for ten years can often still do it.

Comparing the three

EpisodicSemanticProcedural
What it holdsPersonal events and experiencesFacts, meanings, general knowledgeSkills and how to do things
ExampleYour last birthday partyThe capital of SpainRiding a bike
Tied to a time and placeYesNoNo
Needs conscious recallYesYesUsually not, it runs automatically

A practical consequence is that damage or illness can affect one type and leave another. A person with memory loss may forget the events of the last year and still be able to drive, because episodic and procedural memory are held separately.

Why the distinction matters

The three types explain why "memory" cannot be treated as one thing. Revision mostly builds semantic memory (facts and meanings), whereas remembering where you were when you learned something uses episodic memory, and practising a skill such as a maths method builds procedural memory. A study of one type does not automatically say anything about the others, so when a study is described it is worth asking which type of memory it tested. Murdock's word lists test recall of items that have no personal context, while Bartlett's story tests how a meaningful account is rebuilt, and both are covered in the notes that follow.

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