A. Somatic nervous system
B. Autonomic nervous system
C. Central nervous system
D. both a & b
Related Mcqs:
- Which of the following is responsible for controlling involuntary responses by influencing organs, glands and smooth muscles?
A. Somatic nervous system
B. Autonomic nervous system
C. Central nervous system
D. Diffused nervous system - Which nervous system controls the activity of the structures inside your body, such as your heart or your endocrine glands?
A. Autonomic nervous system, which includes the sympathetic and parasympathetic system
B. Somatic system, which includes the sympathetic system and parasympathetic system
C. Autonomic system, which includes the central and somatic system
D. Somatic system, which includes the central and autonomic system - A term completely describing muscles and glands is ____________?
A. receptors
B. effectors
C. innervates
D. affectors - Jeremy is sitting quietly when the muscles in his left leg begin to “twitch” this activation of movement in his voluntary muscles is most likely due to the release of the neurotransmitter:
A. epinephrine
B. dopamine
C. norepinephrine
D. acetylcholine - Which of the following is also called factors influencing learning:
A. Law of learning
B. Condition of learning
C. Transfer of learning
D. none of the above - One of the following parts of midbrain guides smooth and accurate motions and maintains body position:
A. Medulla
B. Pons
C. Cerebellum
D. Amygdala - One of the following is reduced in human beings and contains auditory relay center that controls reflex movements of eyes:
A. Forebrain
B. Midbrain
C. Hind brain
D. Amygdala - The main function of the vestibular organs is to __________________?
A. provide a sense of balance
B. provide the ability to taste
C. provide a sense of touch
D. provide an ability to feel an emotion - What sensory organs responsible for balance are also related to motion sickness?
A. ciliary muscles
B. the cochlea
C. the olfactory bulb
D. the semicircular canals - The cells or organs that receive stimuli are called:
A. Receptors
B. Effectors
C. Motor neurons
D. Glands and Muscles
