Chapter 9: Problem 15
Match each description with a structure in the key. a. pharynx b. glottis c. larynx d. trachea e. bronchi f. bronchioles Chamber behind oral cavity and between nasal cavity and larynx
Chapter 9: Problem 15
Match each description with a structure in the key. a. pharynx b. glottis c. larynx d. trachea e. bronchi f. bronchioles Chamber behind oral cavity and between nasal cavity and larynx
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Get started for freeThe chemical reaction that converts carbon dioxide to a bicarbonate ion takes place in a. the blood plasma. b. red blood cells. c. the alveolus. d. the hemoglobin molecule.
If air enters the intrapleural space (the space between the pleura), a. a lobe of the lung can collapse. b. the lungs could swell and burst. c. the diaphragm will contract. d. nothing will happen because air is needed in the intrapleural space.
Match each description with a structure in the key. a. pharynx b. glottis c. larynx d. trachea e. bronchi f. bronchioles Divisions of the trachea that enter lungs
How is inhaled air modified before it reaches the lungs? a. It must be humidified. b. It must be warmed. c. It must be filtered. d. All of these are correct.
Air enters the human lungs because a. atmospheric pressure is lower than the pressure inside the lungs. b. atmospheric pressure is greater than the pressure inside the lungs. c. although the pressures are the same inside and outside, the partial pressure of oxygen is lower within the lungs. d. the residual air in the lungs causes the partial pressure of oxygen to be lower than it is outside.
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