Questions Respiratory II
Questions Respiratory II
| A decrease in the availability of oxygen | Alveolar ducts | |
| Amount of air remaining in the lungs after the most powerful exhalation | Alveoli | |
| An absence of oxygen | Anoxia | |
| Branches emerging from the respiratory bronchioles | Apnea | |
| Combination of carbon dioxide and hemoglobin | Bicarbonate | |
| Each gas in a mixture of gases define which law | Boyles | |
| Fast and rapid breathing | Carbaminohemoglobin | |
| Functional unit of respiration | Carbon dioxide | |
| Increase in carbon dioxide | Daltons | |
| Initial branches off of he trachea | Diaphragm | |
| Labored breathing | Dyspnea | |
| Largest of the laryngeal cartilages | Epiglottis | |
| Main muscle involved in respiration | Eupnea | |
| Membrane covering the lungs | Expiratory reserve volume | |
| Most of the carbon dioxide is carried in the form in the blood | External | |
| Movement of air into and out of the lungs | Glottis | |
| Nasal cavity is separated by this structure | Hemoglobin | |
| Nasal hairs | Hypercapnea | |
| Opening into the larynx | hyperventilation | |
| Pigment transporting oxygen and carbon dioxide | Hypoxia | |
| Pons and medulla combine this area | Nasal septum | |
| Principle gas produced by the body | Pleura | |
| Quantity of air forcibly exhaled over resting volume | Primary bronchi | |
| Quiet breathing | Residual | |
| Structure covering the opening into the larynx | Respiratory | |
| Sustained absence of breathing | Thyroid | |
| Total amount of exchangeable air | Tidal | |
| Type of respiration where there is an exchange of air between the lungs and blood | Ventilation | |
| Volume is inversely proportional to pressure define which law | Vibrissae | |
| Volume of air taken in with each quiet breath | Vital capacity |
Name
Questions Respiratory II
| A decrease in the availability of oxygen | Alveolar ducts | |
| Amount of air remaining in the lungs after the most powerful exhalation | Alveoli | |
| An absence of oxygen | Anoxia | |
| Branches emerging from the respiratory bronchioles | Apnea | |
| Combination of carbon dioxide and hemoglobin | Bicarbonate | |
| Each gas in a mixture of gases define which law | Boyles | |
| Fast and rapid breathing | Carbaminohemoglobin | |
| Functional unit of respiration | Carbon dioxide | |
| Increase in carbon dioxide | Daltons | |
| Initial branches off of he trachea | Diaphragm | |
| Labored breathing | Dyspnea | |
| Largest of the laryngeal cartilages | Epiglottis | |
| Main muscle involved in respiration | Eupnea | |
| Membrane covering the lungs | Expiratory reserve volume | |
| Most of the carbon dioxide is carried in the form in the blood | External | |
| Movement of air into and out of the lungs | Glottis | |
| Nasal cavity is separated by this structure | Hemoglobin | |
| Nasal hairs | Hypercapnea | |
| Opening into the larynx | hyperventilation | |
| Pigment transporting oxygen and carbon dioxide | Hypoxia | |
| Pons and medulla combine this area | Nasal septum | |
| Principle gas produced by the body | Pleura | |
| Quantity of air forcibly exhaled over resting volume | Primary bronchi | |
| Quiet breathing | Residual | |
| Structure covering the opening into the larynx | Respiratory | |
| Sustained absence of breathing | Thyroid | |
| Total amount of exchangeable air | Tidal | |
| Type of respiration where there is an exchange of air between the lungs and blood | Ventilation | |
| Volume is inversely proportional to pressure define which law | Vibrissae | |
| Volume of air taken in with each quiet breath | Vital capacity |
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