That is, her nervous system has to be able to first "process", then "transmit", and finally "integrate" sensory information.
The nervous system consists of the brain, spinal cord, sensory organs, and the majority of the nerves that associate these organs with whatever remains of the body. Together, these organs are in charge of the control of the body and correspondence among its parts.
To start with, the sensory system gathers tactile contribution from the body and outer condition, the sensory system at that point processes and interprets the sensory information. Lastly, the third primary function of the sensory system is to react suitably to the sensory input.
Answer:
Michael Phelps won the most Olympic medals
I'm pretty sure over 100,00 thousand and that is TOTALLY reasonable.
Support: It keeps criminals off the streets.
Support: It gives the public a sense of security.
Against: For a large portion of criminals, it most likely is not their first or last time.
Against: It is inhuman to keep someone locked inside a "cage" for hours at a time.
I hope this helps! :)
Answer:
The correct answer for: What fMRI-measured brain activity would be expected in a subject witnessing a high-content argument? is: A. The frontal lobes in high-motivation, high-knowledge people are more active than the temporal lobes in low-motivation, low-content people.
Explanation:
First of all, this is a very difficult question because the answers are focused on the excitement of the subjects. When fMRIbrain activity is measured in a subject witnessing high-content arguments the frontal lobe will activate in high motivation high knowledge people. While the temporal lobe will activate in low motivation, low content people. So the frontal lobes will show more activity because they are going to be stimulated while the temporal lobe won't, making the stimulation a determining factor of the level of activity in the brain.
