1. A (n) changes physiological variables in order to restore and maintain homeostasis.

2. A (n) senses changes in physiological variables.

3. A (n) synthesizes information coming in from many sensory pathways and sends out the proper response.

4. A (n) results from changes in organ activity. It can cause a change in the original stimulus.

5. A (n) delivers information about environmental stimuli from the periphery to the control center. changes physiological variables in order to restore and maintain homeostasis.

6. A (n) will deliver a chemical that will affect the target organ/effect. It can be carried out by a neuron, or a classic hormone released into the blood.

Question

Social Studies

Matias Mcclure

8 March, 16:11

1. A (n) changes physiological variables in order to restore and maintain homeostasis.

2. A (n) senses changes in physiological variables.

3. A (n) synthesizes information coming in from many sensory pathways and sends out the proper response.

4. A (n) results from changes in organ activity. It can cause a change in the original stimulus.

5. A (n) delivers information about environmental stimuli from the periphery to the control center. changes physiological variables in order to restore and maintain homeostasis.

6. A (n) will deliver a chemical that will affect the target organ/effect. It can be carried out by a neuron, or a classic hormone released into the blood.

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Neal · Answer 1

1. An effector changes physiological variables in order to restore and maintain homeostasis.

2. A sensor senses changes in physiological variables.

3. A (n) integrating response synthesizes information coming in from many sensory pathways and sends out the proper response.

4. A response results from changes in organ activity. it can cause a change in the original stimulus.

5. An input signal delivers information about environmental stimuli from the periphery to the control center.

6. An output signal will deliver a chemical that will affect the target organ/effector. it can be carried out by a neuron, or a classic hormone released into the blood