Calculate the percentage of dead space with the following data: Total ventilation = 4.8L/min RR =...

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Calculate the percentage of dead space with the following data: Total ventilation = 4.8L/min RR = 12 Tidal Vol = 268mL Which of these are part of the dead space? nose bronchioles windpipe primary bronchi Animals are exposed to an ADH receptor blocker in the nephron and to a water source. After time (1-2 hours). Does the vol of urine increase? Does your urine osmolarity decrease? Does your behavior change? Does your plasma osmolarity increase? Which factor favors lung recoil and decreases alveolar ventilation? a. Negative pleural pressure b. Positive pleural pressure c. increase in alveolar surface tension decrease in lung elasticity d. all of the above e. None of the above Calculate the percentage of dead space with the following data: Total ventilation = 4.8L/min RR = 12 Tidal Vol = 268mL Which of these are part of the dead space? nose bronchioles windpipe primary bronchi Animals are exposed to an ADH receptor blocker in the nephron and to a water source. After time (1-2 hours). Does the vol of urine increase? Does your urine osmolarity decrease? Does your behavior change? Does your plasma osmolarity increase? Which factor favors lung recoil and decreases alveolar ventilation? a. Negative pleural pressure b. Positive pleural pressure c. increase in alveolar surface tension decrease in lung elasticity d. all of the above e. None of the above

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