Research5and5Everyday5Experience55th5 Edition5Goldstein
MULTIPLE5CHOICE
1 :5The5study5of5the5physiological5basis5of5cognition5is5known5as
A5:5cognitive5psychology.
B5:5neuroscience.
C5:5cognitive5neuroscience.
D5:5neuropsychology.5Corre
ct5Answer5:5C
2 :5Barbara5has5recently5been5diagnosed5with5abdominal5cancer.5Her5oncologist5wants5to5deter
5mine5the5best5treatment5method5to5eliminate5the5tumors.5Her5gastroenterologist5is5focused5on5
r5elieving5her5symptoms5and5restoring5normal5digestive5functioning.5Barbaras5psychologist5wor
k5s5to5help5minimize5her5anxiety5and5keep5her5spirits5up.5The5fact5that5these5doctors5are5consid
er5ing5Barbaras5situation5with5different5goals5and5from5different5perspectives5is5similar5to5the5id
ea5of5 presented5in5your5textbook.5A5:5the5dynamics5of5cognition
B5:5idiographic5evaluation
C5:5nomothetic5examination
D5:5levels5of5analysis5Corre
ct5Answer5:5D
3 :5Your5author5points5out5thatAstudying5the5mind5requires5both5 and5
5experiments.
A5:5nomothetic;5idiographic
B5:5behavioral;5physiological
C5:5brain;5body
D5:5observational;5correlational5Cor
rect5Answer5:5B
4 :5Early5studies5of5brain5tissue5that5used5staining5techniques5and5microscopes5from5the519th5c
entury5described5the5nerve5net.5These5early5understandings5were5in5error5in5the5sense5that5the5
nerve5net5was5believed5to5be
A5:5continuous.
B5:5composed5of5discrete5individual5units.
C5:5composed5of5cell5bodies,5axons,5and5dendrites.
D5:5composed5of5neurotransmitters5rather5than5neurons.5
Correct5Answer5:5A
5 :5The5key5structural5components5of5neurons5are5the
A5:5cell5body,5cellular5membrane,5and5transmitters.
B5:5axon,5dendrites,5and5glands.
C5:5cell5body,5dendrites,5and5axons.
D5:5transmitters,5dendrites,5and5nodes5of5Ranvier.5Corre
ct5Answer5:5C
6 :5In5the5mid-
20th5century,5the5study5of5the5mind5began5using5which5technique5or5model5inspired5by5d5igi
tal5computers?
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, DOWNLOAD5THE5Test5Bank5for5Cognitive5Psychology5Connecting5Mind5A5:5Information5proces5 ing5 model
Research5and5Everyday5Experience55th5Edition5Goldstein5B5:5Genetic5 processing5 model
C5:5Data5processing5model
D5:5Signal5processing5model5Corre
ct5Answer5:5A
7 :5A5synapse5is
A5:5a5tube5filled5with5fluid5that5conducts5electrical5signals.
B5:5the5structure5thatAcontains5mechanisms5to5keep5a5neuron5alive.
C5:5the5structure5that5receives5electrical5signals5from5other5neurons.
D5:5the5gap5that5separates5two5different5neurons.5Corre
ct5Answer5:5D
8 :5Groups5of5interconnected5neurons5are5referred5to5as
A5:5myelin5sheaths.
B5:5potentiated5somas.
C5:5neural5circuits.
D5:5spreading5activations.5C
orrect5Answer5:5C
9 :5Action5potentials5occur5in5the
A5:5cell5body.
B5:5synapse.
C5:5neurotransmitters.
D5:5axon.
Correct5Answer5:5D
10 :5If5the5intensity5of5a5stimulus5that5is5presented5to5a5touch5receptor5is5increased,5this5tends5t
5o5increase5the5 in5the5receptors5axon.5A5:5rate5of5nerve5firing
B5:5size5of5the5nerve5impulses
C5:5speed5of5nerve5conduction
D5:5All5of5these5are5correct.5
Correct5Answer5:5A
11 :5When5recording5from5a5single5neuron,5stimulus5intensity5is5represented5by5the
A5:5size5of5the5action5potentials.
B5:5size5of5the5synapse.
C5:5firing5rate5of5the5neurotransmitters.
D5:5firing5rate5of5the5action5potentials.5Corr
ect5Answer5:5D
12 :5Which5of5the5following5statements5best5describes5how5neurons5communicate5with5on
5e5another?
A5:5Dendrites5make5direct5contact5with5each5other.
B5:5A5chemical5process5takes5place5in5the5synapse.
C5:5An5electrical5process5takes5place5inAtheAreceptors.Am
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