PRACTICE 1 2 3. F 4. For each of the following circle the correct answer. in the atmosphere. The difference in pressure

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Practice 1 2 3 F 4 For Each Of The Following Circle The Correct Answer In The Atmosphere The Difference In Pressure 1 (48.62 KiB) Viewed 33 times

PRACTICE 1 2 3. F 4. For each of the following circle the correct answer. in the atmosphere. The difference in pressure causes air to move (intolout of) the lungs (increase/decrease) causing the pressure inside the lungs to (increase/decrease) and become (less/higher) than the pressure As the diaphragm contracts the size of the lungs will (shrink/expand), This causes the volume inside the lungs to 5. This can cause the blood vessels in your brain to vaso 1 breathing rate → As the diaphragm relaxes the size of the lungs will (shrink/expand). This causes the volume inside the lungs to (increase/decrease) causing the pressure inside the lungs to (increase/decrease) and become (less/higher) than the pressure in the atmosphere. The difference in pressure causes air to move (intolout of) the lungs An increase in ventilation, caled levels, which also means you have createdecrease) in H, making your blood (acidcbasic) •Hypo ventilation.. making you feel dizzy blood Match the description with the correct terminology E 1. Air moving into and out of the lungs 2. B Exchange of Oxygen and CO, with body tissues other than the lungs 2. D Co,- Exchange of Oxygen and CO, within the alveoli of the lungs Occurs upon contraction of the diaphragm and intercostals Occurs upon relaxation of the diaphragm and intercostals 3. Within the alveoli of the lungs, capillaries. Also in the alveoli, Capillary beds located in all other tissues of the body except for the lungs will have capillaries into the cells, and Acidosis Hyperventilation 4. Cross out the term that does not belong with the others. 1. Ventilation Rate Blood CO₂ 3. Hypoventilation 4. Hyperventilation TH+ will cause (increasedlecrease) in your blood CO2 Alkalosis † Blood CO₂ Blood CO2 Blood CO₂ will move across the respiratory membrane from the alveoli into the blood will move from the capillaries into the alveoli of the lung move from the Alkalosis will move from the cells into the capillarins. Acidosis Hypoventilation a Inspiration Internal Respiration 1 Blood CO2 1H+ c. Exhalation External Respiration XVentilation