Biology, 09.07.2019 01:30 jaida1102

Which of the following describes the nervous system integrative function? a. responds to stimuli by gland secretion or muscle contraction b. analyzes sensory information, stores information, makes decisions c. senses changes in the environment

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Answer from: bry662

B. analyzes sensory information, stores information, makes decisions

Explanation:

The receptors sense the changes or stimuli. The sensory neurons of the nervous system deliver this sensory information to the processing center, that is, to the central nervous system. The central nervous system serves to store the information and analyze it to determine the best suitable response. The ability of the nervous system to the store and process of sensory information to make the effector organs to exhibit the best response represents its integrative function.

Answer from: jacobrobles755

B. analyzes sensory information, stores information, makes decisions.

Explanation:

The nervous system is the body’s main communication system; it gathers, synthesizes, and uses data from the environment. The most basic unit of the nervous system is the neuron, which serves as both a sensor and communicator of internal and external stimuli. The nervous system can be broken down into two major parts—the central nervous system and the peripheral nervous system. The central nervous system, the main data center of the body, includes the brain and spinal cord. The peripheral nervous system includes all of the neurons that sense and communicate data to the central nervous system. The peripheral nervous system can be further divided into the autonomic system, which regulates involuntary actions, and the somatic system, which controls voluntary actions.

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Answer from: Quest

the answer that best describes the relative refractory period in the neuron is the resting membrane potential is restored, but concentrations of sodium and potassium are not restored to their original state.

the refractory period is the time during which another stimulus given to the neuron will not lead to a second potential. thus, because na+ channels are inactivated during this time, additional depolarizing stimuli do not lead to new action potentials.

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