Psychology 100 chapter 2psychology in action 9th edition (huffman)
Evolutionary psychology
Neuroscience
Biofunctionalism
None of these options
Dendrites
Neurons
Axons
Nucleotides
Glia, dendrites, and myelin
Myelin, dendrites and axon
Dendrites, axon and cell body
Axon, glia and myelin
Axons
Myelin sheath
Action potential
Glial cells
Sodium-potassium
Axon terminal
Shotgun
All-or-nothing law
Ions
Neurotransmitters
Nucleotides
Neurocommunicators
The soma attaches to the dendrite
Neurotransmitters are manufactured
Information transfers from neuron to neuron
The action potential begins
Acetylcholine
Dopamine
Serotonin
All of these options
Endorphins
Neurotransmitters
Endoseals
Hormones
Lympathic
Hormonal
Endocrine
Reticular activating
Sympathetic and parasympathetic
Somatic and autonomic
Gray matter and white matter
Brain and spinal cord
Parasympathetic nervous system
Spinal cord
Peripheral nervous system (PNS)
None of these options
Neurogenesis
Stem cells
Neuroplasticity
All of these options
Stressed
Relaxed
Frightened
Angry
Vision
Respiration
Hearing
Smell
Medulla
Thalamus
Reticular formation (RF)
Pons
Brain
Left and right hemispheres
Subcortex
Brain stem
Frontal lobes
Temporal lobes
Occipital lobes
Parietal lobes
Amygdala
Frontal lobe
Association cortex
Corpus callosum
Musical
Spatial
Artistic
Language
Axons
Cell bodies
Dendrites
None of these options
Axon hillock
Myelin sheath
Synaptic gap
Cell body
Ganglial message
Muscular potentiation
Action potential
Neuroelectrical message
Neuron cannot fire again during the refractory period
Neurotransmitter either attaches to a receptor site or is destroyed in the synapse
Neuron either fires completely or not at all
None of these options
Charged ions that carry action potential down the axon
Hormones that pass electrical energy from the dendrite into the soma
Chemical messengers that are released from an axon and stimulate dendrites on another neuron
Lubricants and nutrients needed by the soma to keep the neuron alive
Vasopressors
Hormones
Steroids
Gonadotropins
Somatic
Fight or flight
Autonomic
Peripheral
Skeletal muscles
Brain
Spinal cord
Reticular activating system
Central nervous
Sympathetic
Peripheral
Somatic
Ability to move and maintain posture
Sense of touch and pain
Basic survival functions
Emotional behavior
Subcortical center
Homeostatic controller
Limbic system
Master endocrine system
Parietal
Master
Frontal
Temporal
Make speech sounds
Read and write
Understand language
Read, write and understand language
Corpus callosum
Association areas
Wernicke's area
Parietal lobes
Vision
Hearing
Smell and taste
Touch and pain
Centralization
Asymmetrical processing
Localization of function
Lateralization
Maintains your balance
Keeps you breathing
Connects your left and right cerebral hemispheres
All of these options
Do not exist
Have split personalities
Cannot name an object if they hold it in their left hand without looking at it
Deteriorate gradually at first and usually die within a year
Stem cells
Genes
Neurons
Chromosomes
Behavioral genetics
Genetic determinism
Heritability
Mendelian factors
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