A. A patient has a tidal volume of 800cc, his dead space volume is 150cc. What...

A. A patient has a tidal volume of 800cc, his dead space volume is 150cc. What is the volume of gas that is involved in gas exchange at the alveolar level during each breath? Please show all work.

B. What problem might a person with a respiratory disorder encounter while traveling via airplane that has an air pressure equivalent to an altitude of 8000 feet?

Solutions

Expert Solution

Sydney Mullin answered 11 months ago

Next > < Previous

Related Solutions

Patient A has a dead space volume of 150ml, a tidal volume of 450ml and a...

Patient A has a dead space volume of 150ml, a tidal volume of 450ml and a respiratory frequency of 10. Patient B has a dead space volume of 150ml, a tidal volume of 300ml and a respiratory frequency of 15. Which patient has the most effective ventilation? Why?

What are the dead space volume and the residual volume? Why do we have them? How,...

What are the dead space volume and the residual volume? Why do we have them? How, if at all, do they benefit us and/or impede our getting oxygen and getting rid of carbon dioxide?

a person has a resting tidal volume of .5L, an expiratory reserve volume of 1 L,...

a person has a resting tidal volume of .5L, an expiratory reserve volume of 1 L, a residual volume of 1.5L and a vital capacity of 5L. About 150ml of the tidal volume represents dead space and 350 ml represents alveolar ventilation. at the end of a normal expiration, 2500 ml of alveolar gas remains in the alveoli and airways (the function residual capacity) In the subsequent inspiration, this volume is mixed with 359 ml of inspirer air to give...

patient enters your respiratory laboratory complaining of feeling lightheaded. You measure their tidal volume at 100ml...

patient enters your respiratory laboratory complaining of feeling lightheaded. You measure their tidal volume at 100ml per breath and respiratory frequency at 58 breaths per minute, an investigation of their lung capacity reveals a measured anatomic dead space of 90ml. 1a. What is their Minute Ventilation? Show all work. (2pts) 1b. What is their Alveolar Ventilation? Show all work. (2pts) 1c. Assuming their metabolism in normal, are they Hypo- or Hyper- ventilating, Explain your reasoning. (2pts) 1d. What should they...

78. Which respiratory volume is the inspiratory capacity? Which respiratory volume is the tidal volume?

78. Which respiratory volume is the inspiratory capacity? Which respiratory volume is the tidal volume? 81. Which image illustrates emphysema? Which image illustrates pneumonia?

How would the volume measurements (tidal volume, inspiratory reserve volume, expiratory reserve volume, residual volume, vital...

How would the volume measurements (tidal volume, inspiratory reserve volume, expiratory reserve volume, residual volume, vital capacity) change when one's at rest compared to when one's exercising?

Explain the relationship among vital capacity, tidal volume, forced inhalation volume, and forced exhalation volume

Differentiate between anatomical, alveolar and physiological dead space.

1. Given: Tidal Volume = 400 ml Inspiratory Reserve Volume = 2500 ml Expiratory Reserve Volume...

1. Given: Tidal Volume = 400 ml Inspiratory Reserve Volume = 2500 ml Expiratory Reserve Volume = 800 ml Breathing rate = 14 breaths/min Ventilatory dead space = 120 ml Ventilation/perfusion ratio = 0.8 Stroke volume = 70 ml/beat Calculate: Vital capacity = __________ml ( 1 pt) Alveolar ventilation rate = ____________ml/min (2 pts) Heart rate = ______ beats/min (2 pts)

explain what occurs to maternal cardiac output lung tidal volume and glomerular filtration rate and why?

Subjects