A. assimilation
C. accommodation
D. schemas
A. neural structure in cell bodies
C. germ-cell configurations in genes
D. atom structure in genes
B. cerebellum
C. frontal
D. brain stem
B. dendrite
C. axon terminal
D. ganglion
A. central nervous system
C. sympathetic nervous system
D. somatic nervous system
A. motor neurons
C. neurotransmitters
D. sensory neurons
B. central nervous system
C. residual nervous system
D. antagonistic nervous system
A. cervix
B. uterus
C. ovaries
A. is focused primarily on basic research
B. is focused on applied research
C. is independent of other fields
A. humanist
C. gestalt
D. psychoanalytic
A. sexual arousal
B. body metabolism
D. gamete production
A. cerebellum
B. medulla
D. limbic system
A. the heart and the will
B. the mind and the brain
D. the brain and the muscles
A. relay center from spinal cord to cerebrum
B. relay center for sensory impulses
D. regulate external expression of emotion
A. conserver
C. none of these
D. syntax
A. sublimation
D. primary circular reaction
A. dopamine
C. endorphins
D. serotonin
A. developmental research
B. clinical research
C. None of these
D. basic research
A. moderate
B. strong
C. lower
A. plasmas
C. syntactic structures
D. adrenocorticoids
A. adrenal gland
B. pineal gland
C. pituitary gland
A. auditory perception
B. visual perception
D. walking
A. refined body movements
B. long-term planning
D. spatial perception
A. synaptic reflex
B. spastic movement
D. double innervations
B. religious values
C. individual conscience
D. social approval
B. longitudinal
C. clinical
D. naturalistic
B. chimpanzees
C. gorillas
D. elephants
A. adrenal medulla, epinephrine
B. adrenal cortex, carbohydrate
D. pituitary, somatotropin
A. genes
B. atoms
D. myelin
A. influencing the activity of the autonomic nervous system
C. controlling the release of certain hormones
D. influencing drivers such as hunger and thirst
A. autonomic
B. central
C. sympathetic
A. dependent
B. passive
C. regressive
A. soma, cell body. Dendrite, vesicle
C. soma, vesicle, dendrite, axon
D. axon, dendrite, soma, vesicle
A. between 3 and 5 years old
C. in the preoperational stage of cognitive development
D. engaging in egocentric patterns of play
A. pancreas
B. adrenal cortex
C. pituitary
A. a correlational study
C. an experiment
D. a self-report study
A. reticular activating system
B. thalamus
C. amygdala
B. bipolar cells
C. medulla
D. transducer
A. glia
B. ganglia
C. nerves
A. how the behavior of individuals in influenced by the their cultural heritage
B. all of the above
D. None of these
E. how the behavior of groups is influenced by their cultural heritage
B. random combination
C. unconscious illusion
D. conscious perception
A. sensorimotor
B. concrete operational
D. secondary circular reactions
A. a short, thin myelinated fiber
B. a long, thin myelinated fiber
D. a short, thick myelinated fiber
A. afferent nerves
B. efferent verves
C. receptors
A. dendrites
C. myelin sheath
D. a cell body
A. Humanism
B. Psychoanalysis
C. Structuralism
A. corticodistal
B. general to specific
D. proximodorsal
A. initiative
B. autonomy
C. trust
A. Moro response
B. grasping response
D. Babkin response
A. to formation of secondary sexual characteristics
B. to sensory formation
D. to aptitude formation
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