A monkey has been trained to perform a visual spatial selective attention task. A microelectrode is placed in its visual cortex
to record the activity of single neurons. When the monkey selectively attends a stimulus flashed within the recorded neuron’s receptive field, the investigator will observe that the recorded neuron’s firing rate _______
The monkey's neuron's firing rate will increase because the animal is highly aroused in hopes of a reward.
Explanation:
As the exercise describes, we have a monkey who has been trained to perform visual spatial selective attention task. We can assume that, during this training, the monkey was given a reward when things went well and the monkey behaved correctly. So, when the monkey selectively attends a stimulus flashed within the recorded neuron’s receptive field, the investigator will observe that the recorded neuron’s firing rate has fired up because the animal is aroused in hopes of a reward. Neuron's activities increase when the individual is, for example, under excitement as the monkey was.
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