How does an "integrate-and-fire" neuron work?
A) Neurons will fire when they receive any type of information from the neuron before it
B) The strength of the action potential fired is dependent upon the strength of the signal the neuron receives
C) Graded voltage inputs are summed, and if a threshold point is crossed, the neuron will fire an all-or-none action potential
D) The neuron will only fire if it receives information from all of the neurons it receives information from, or not at all
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Q2: Neuronal arrays that represent spatial patterns are
Q3: Finding one's way home in the dark
Q4: Which of the following is the best
Q5: Some working assumptions in the study of
Q6: Learned but non-voluntary processes are called
A) reflexes
B)
Q8: If the synapse between neurons is inhibitory,
Q9: The reentrant, or " two-way", connections between
Q10: Hierarchies of neuronal arrays exist for
A) sensory
Q11: Neural Darwinism can be summarized as
A) "survival
Q12: Sensory systems such as vision, touch, hearing)
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