Calculate these values for the spirogram shown here. Be sure to correct your values to BTPS (use a BTPS value of 1.1). 5,500 ml. 3,200 ml. 2,400 ml. 950 ml. ml. (a) tidal volume (b) inspiratory capacity (c) expiratory reserve volume (d) vital capacity ml. ml. ml.

Describe what happens physiologically when someone is breathing during rest versus after exercise. How might this compare to measurements taken with a spirometer of tidal volume, inspiratory and expiratory reserve volumes, vital capacity?

A spontaneously breathing patient has a normal PaCO2 of 40 mm Hg, a minute ventilation (VE) of 6 L/min, and a VD/VT ratio of 35% (0.35). Then the patient develops a pulmonary embolus (PE), blocking blood flow to a significant number of ventilated avleoli. Consequently, the measured VD/VT increases to 65% (0.65). 1. Calculate the alveolar ventilation associated with teh original PaCO2 of 40 mm Hg. 2. To maintain the same PaCO2 of 40 after the embolus occurs, what change must occur in total minute ventilation (VE)?

Scenario: A stat arterial blood gas (ABG) reveals that the client is experiencing partially compensated respiratory acidosis. Use an X to indicate which result is associated with each factor that contributes to an ABG that is representative of partially compensated respiratory acidosis. All assessment findings should be used and can be used only once. Results pH PaCO2 PaO2 SaO2 HCO3 59 mm Hg           7.31           91%           89 mm Hg           29 mEq/L