OBJECTIVES WEB LINKS POWERPOINT BIOLOGY     TEST      BOOKS

 

CHAPTER SEVEN 

MEMORY

ALZHEIMER

Web Sites

TJPSYCH
Short term memory
episodic memory
ebbinghaus
misplaced memories
reconstructive memory
eyewitness testimony
recovered memories
culture influences
drugs and memory
memory loss cases
improving memory
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CHAPTER SEVEN
pp. 252-262  Information Processing System due Tues/Wed
1.  Explain the analogy between computers and current theories of human
cognition and memory.  Describe the function of encoding, storage and
retrieval stages.
2.  Use a diagram to show the sequence and interaction between the stages of:
sensory storage, short term memory and long term memory.
3.  For sensory storage: list duration of visual and auditory sensory
registers; explain the function of sensory memory,; how partial report
technique can be used  to study sensory memory loss;  how selective attention
and pattern recognition play into this stage.
4. For short term memory:  describe how the Brown-Peterson paradigm can be
used to study duration; define capacity in terms of “chunks”  both acoustical
and visual/semantic.
5. Describe the serial position phenomenon and relate the primacy and recency
effects to the functions of short term and long term memory.
6. For long term memory: compare and contrast episodic, semantic and
procedural memories and give examples for each.  Describe how “permastore”
memory differs from other kinds of  long term memories.

pp. 263-272.   Encoding--> Retrieval. due Thurs/Fri
7.  Compare and contrast maintenance rehearsal  (shallow processing)and
elaborative rehearsal (deep processing)  and give an example of each.
8. Define subjective organization and describe its effect on memory.  Give
examples of mnemonic devices: imaginal, peg, loci and eidetic.
9.  Explain what is meant by reconstructive retrieval from memory.   How does
context effect recall?  Why is it not the same for recognition?  Relate
contextual retrieval cues and state-dependent learning--effects of mood on
recall to state-dependent.  Using state-dependent memory, argue against
hypnoticaly-enhanced testimony.
10.   Describe the TOT phenomenon and explain how the study of this
phenomenon can assist in understanding the nature of long-term memory.

pp. 272-283  Flashbulb--> Forgetting. due Mon 12Jan
11. Describe and give an example of flashbulb memory.   How accurate?
12.  Explain the work done by Loftus on eyewitness testimony.  How related to
reconstructive memory? How questions used to cue retrieval may influence what
is recalled? How violence effects accuracy? How confidence level relates to
accuracy? How cross-race identification relates to accuracy? What is the
verbal overshadowing effect?
13. Compare the decay and interference theories of forgetting from long term
memory.   How could you design a study schedule that would minimize the
effects of proactive and retroactive interference?
14. Describe the type of memory loss that accompanies old age.  Define
amnesia and distinguish between anterograde and retrograde type, Relate
Korsakoff’s syndrome, anterograde amnesia and the hippocampus.

pp.  283-287.  Biology of memory structures. due Tues/Wed
15. Cite evidence for the link between procedural memory and the cerebellum.
16.  Distinguish between the roles of the hippocampus and the thalamus in
memory.
17.  Describe the neurochemical basis of memory theory:  role of
norepinephrine, Korsakoff, and the receptor.  What about a memory pill?  Would you take one?  Ethics?
18.  Discuss the possible adaptive significance of memory and of forgetting.
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chapter 7  memory
Multiple Choice.

1. Shola was asked to name Christopher Columbus’ ships.  She knew the
answer, but could not seem to remember the names at the moment.  The
type of failure Karen experienced was
a. storage failure  b. sensory coding failure  c. retrieval failure
d. encoding failure

2.   Ryan has, in a fraction of a second, just figured out that the visual stimulus that was held in the sensory  memory was a tree.  This was accomplished by
a. short term memory  b. pattern recognition  c. rehearsal   d. attention.

3.  Which of the following illustrates retrieval from short-term memory?
a. recalling Mike Greiner’s account of his experience at Cornell
b. remembering the list of key terms in the chapter on memory
c. recalling a number you have just looked up in the Yellow Pages as you
walked to the phone    d. none of the above, they are all long term.

4.  If a long series of numbers can be remembered by breaking them
into sets of three, corresponding to telephone area codes, the technique
being used is
a. maintenance rehearsal  b. method of loci  c. chunking
d. reconstructive memory.

5.  Immediately after you are presented with an item to remember,
you are required to count backwards for a while before attempting
retrieval.  The counting task prevents
a. rehearsal  b. sensory registration  c. pattern recognition
d. selective attention.

6.  Jim wrote a grocery list but forgot to take it to the store.  Rather than
return for it, he decided to buy as many items as he could remember.  He
discovered later that the foods he had bought were mainly those that appeared at the beginning of the list. His memory for these items is an example of
a. the primacy effect  b. the recency effect  c. partial report
d. whole report technique.

7.  The serial position phenomenon suggest that items in which position of a list will be most poorly remembered?
      a. beginning  b. middle  c. end   d. Von Roherstof

8.  Remembering poems, world history facts and dates, and the names of
the US presidents is based on the contents of
 a. semantic memory  b. procedural memory  c. short-term memory
d. episodic memory.

9.  Which of the following is most likely to be negatively affected by amnesia?
   a.  flashbulb memory      b. episodic memory    c. semantic memory
d. acoustic memory

10.   It has been 25 years since  Anthony has taken geometry, yet he is
able to remember many theorems.  This state of affairs best describes
a.  permastore memory    b. procedural memory    c. flashbulb memory
d. episodic memory

11.   Shallow processing is to ___________rehearsal as deep processing is
to ____________rehearsal.
   a. long-term;  short-term   b. maintenance;  elaborative
c. elaborative;  long term    d. elaborative;  maintenance

12.   To learn the term “mnemonic device” you encode it by forming many associations between the term and examples of mnemonics you have used in studying for tests.  The process you use is
a. procedural memory  b. permastore memory  c. maintenance rehearsal
d. elaborative memory.

13. “One is a bun, two is a shoe” exemplifies the mnemonic device known as the
a. chunking method  b. method of loci  c. subjective organization
d. peg-word approach.

14.   The retrieval process of combining actual details from long-term memory with items that seem to fit the occasion describes
a. procedural memory  b. reconstructive memory   c. mnemonic memory
d. method of loci

15.  Which of the following is true concerning eyewitness testimony?
a. reconstructive memory does not occur
b. violence interferes with memory retrieval
c. witness confidence is not related
to witness accuracy  d. both b and c

16.  Identifying someone in a police lineup involves
a. recognition memory  b. procedural memory  c. permastore memory
d. recall

17. Dennis lost his keys the other night when he was drunk.  the next day when he could not find them, a friend suggested that he have several drinks before searching again.  His friend believes that memory is     a. state-independent  b. mood incongruent  c. state-dependent
d. mood congruent.

18.  Which of the following is an example of a flashbulb memory?
a. remembering the name of your first grade teacher
b. remembering where you were when you heard about the crash of PAN AM flight 103
c. remembering who attended your eighth birthday party
d. remembering to take the cookies out of the oven before they burn.

19.  The speed at which a person relearns material  is closely associated with
a. permastore  b. savings  c. consolidation  d. mnemonics

20.  You find that studying anthropology for an hour before studying
philosophy/religion interferes with your memory of philosophy/religion.
This demonstrates  a. proactive interference  b. retroactive interference
c. forgetting due to decay  d. a form of amnesia.

21.  Research on forgetting in the elderly has demonstrated that older people
 a. show substantial memory losses
b. remember automatic operations as well as young people
c. do as well as younger people on tasks that require a conscious effort to remember      d. are often less forgetful than younger people.

22.   Eli was hit in the head with a basketball.  Afterwards he seemed to beall right but had trouble creating new memories.  His doctor says Brian’sproblem is
a. anterograde amnesia  b. retrieval failure   c. retrograde amnesia
d. a failure to use mnemonic devices

23.   A person with retrograde amnesia experiences
a. trouble formingnew memories   b. retrieval failure  c. storage failure  d. encoding problems.

24.  Richard Thompson’s work in which destroying brain tissue in the cerebellumdisrupted a classically conditioned eye blink response, revealed the importance of the cerebellum to the formation of
 a. procedural memories  b. episodic memories c. flashbulb memories
d. semantic memories

25.   A malfunctioning hippocampus seems to be the key for both
a. Korsakoff’s syndrome and proactive interference
b. proactive interferenceand retroactive interference
c. retroactive interference and retrograde amnesia
d. anterograde amnesia and Korsakoff’s syndrome.

26. If a sensory experience is not converted to a memory trace, in which area of the brain is damage likely?
        a. thalamus   b. cerebellum     c. hippocampus    d.  hypothalamus
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