Nervous and Endocrine System Quiz
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What part of the brain controls movement of the skeletal muscles?
A. cerebellum
B. diencephalon
C. medualla oblengata
Which of the following is not regulated by homeostasis?
A. body temperature
B. blood sugar
C. blood pH
D. body movements
Things in the human body that need to stay the same
A. Glucose
B. Temperature
C. Blood Pressure
D. All of the above
What is a neurotransmitter?
A. chemicals that transmit messages between neurons
B. myelin sheath
C. disposal of debris
The main elements of the endocrine system are ______.
A. The glands, hormones, and cell receptors
B. The glands, nerves, and blood vessels
C. The blood, tissue, and brain
D. The hormones, blood, and brain
What is a synapse?
A. controls movements of skeletal muscles, speech, and eyes
B. gap between neurons that allow action potential to move from one neuron to the next neuron
What do Dendrites do?
A. Receives information from other neurons via neurotransmitters
B. Produces fatty tissue for the Myelin Sheath
C. Sends information to the next cell
D. Controls the speed of electrical signal through the axon
The ______________ is the largest part of the brain
A. Cerebrum
B. Cerebellum
C. Amygdala
D. Hippocampus
E. Prefrontal Cortex
Diabetes is a disease where some mammals cannot properly regulate
A. temperature
B. blood glucose
C. oxygen and carbon dioxide
D. water and solutes
If the environment gets cold, we will often shiver in order to:
A. keep body temperature the same as the external temperature
B. decrease body temperature
C. increase body temperature
D. regulate blood pressure
A. Dendrites
B. Axon Terminals
C. Myelin Sheath
D. Schwann Cells
Changes in chemicals, light, and sound are:
A. Impulses
B. Stimulus
C. Receptors
D. Regulation
What is the point of a feedback loop?
A. To provide the body with more energy
B. To provide the body with more food
C. To make sure the conditions in the body are always changing
D. To make sure the conditions in the body remain stable
Hormones cause specific effects by ______.
A. Flooding the entire body
B. Targeting specific parts of the brain
C. Targeting specific groups of cells in the body
D. Spreading through the nervous system
Hormones travel through your
A. blood
B. bone marrow
C. neurons
D. brain
Insulin is produced by
A. the liver
B. the pancreas
C. the kidneys
A. Nucleus
B. Cell Body
C. Axon
D. Node of Ranvier
A. Frontal Lobe
B. Brain Stem
C. Cerebellum
D. Occipital Lobe
A hormone is
A. a chemical substance produced by a gland and carried by the lymph.
B. an enzyme produced by a gland and carried by the blood.
C. a chemical substance produced by an organ and carried by the blood.
D. a chemical substance produced by a gland and carried by the blood.
What is the main function of the endocrine system?
A. It creates chemicals, or hormones, that are sent around the body to maintain homeostasis.
B. It creates electrical messages that are sent around the body to maintain homeostasis.
C. It maintains the correct level of oxygen in the body to maintain homeostasis.
D. All of above
When glucose levels in the blood rise, your brain sends a signal to your pancreas. The pancreas releases insulin, which opens channels in cell membranes to allow glucose to enter the cell, lowering blood sugar levels.
A. Positive Feedback Response
B. Negative Feedback Loop
When you are hot, your body sweats to cool you down. This means your temperature went above normal and your body sweats to counteract that change to bring you back to normal. What kind of feedback loop would this be?
A. Negative Feedback Loop
B. Positive Feedback Loop
C. Neutral Feedback Loop
D. Linear Feedback Loop
Which one here reduces the amount of glucose in the blood?
A. Glucagon
B. Insulin
C. Glycogen
D. ADH
Homeostasis
A. allows for a wildly fluctuating internal environment
B. is impossible in vertebrates
C. is the maintenance of a relatively stable internal environment and often incorporates a form of feedback regulation
D. is the maintenance of a relatively stable external environment and often incorporates a form of feedback regulation
Detects change and sends a message to the control center
A. receptor
B. control center
C. effector
D. regulation
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