A) capillaries
B) left atrium
C) aorta
D) pulmonary artery
E) filaments
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Multiple Choice
A) an inverse relationship
B) a direct relationship
C) a reverse relationship
D) no relationship
E) no difference
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Multiple Choice
A) insect alveoli
B) gill filaments
C) tracheoles
D) bronchi
E) spiracle
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Multiple Choice
A) decreased partial pressure of oxygen in the tissue due to use in cellular respiration
B) increased pH in the tissue due to repeated contractions
C) increase in temperature in the tissue due to repeated contractions
D) A and C only
E) A, B, and C will each increase the release of oxygen.
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Multiple Choice
A) pharynx
B) bronchioles
C) trachea
D) larynx
E) bronchi
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Essay
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Multiple Choice
A) the demand for oxygen
B) the demand for carbon dioxide
C) an increase in blood pH
D) an increase in blood carbon dioxide levels
E) a decrease in blood carbon dioxide levels
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verified
Multiple Choice
A) erythropoietin
B) testosterone
C) estrogen
D) oxygone
E) progesterone
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Multiple Choice
A) This athlete would produce fewer red blood cells in response to the hypoxic conditions.
B) This athlete would produce less erythropoietin.
C) This athlete would be unable to produce red blood cells with the amount of hemoglobin necessary to carry more oxygen.
D) This athlete would observe a decreased breathing rate in response to a decrease in carbon dioxide levels in the blood.
E) The iron deficiency would provide an additive benefit to the hypoxic conditions and lead to a greater increase in red blood cell production.
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Multiple Choice
A) capillaries
B) air pockets
C) operculum
D) ram ventilation
E) cardiorespiratory surfaces
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Multiple Choice
A) brochioles
B) alveoli
C) bronchi
D) respiratory vessels
E) gill filaments
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Essay
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Essay
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Multiple Choice
A) arteries
B) capillaries
C) aorta
D) bronchioles
E) bronchiole veins
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Multiple Choice
A) Diffusion slows once there are equal concentrations in the blood and lungs.
B) The oxygen levels in the alveoli and blood move toward equilibrium.
C) The blood is flowing past the alveoli in capillaries and out to the heart.
D) Oxygen does diffuse back into the lungs in small amounts, but the overall movement of oxygen is from the high concentration in the lungs to the low concentration in the blood.
E) All of the above are correct.
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Multiple Choice
A) altitude sickness
B) recovery training
C) asthma
D) anemia
E) barometric sickness
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Essay
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