__________________ =  respiratory rate × (tidal volume - anatomic dead space).Question 1Select one:a.Respiratory minute volume b.Pulmonary ventilation ratec.Alveolar ventilation rated.Internal respiration ratee.Vital capacity

3) If alveolar ventilation is 4200 mL/min, respiratory frequency is 12 breaths per minute,and tidal volume is 500 mL, what is the anatomical-dead-space ventilation?a) 1800 mL/minb) 6000 mL/minc) 350 mL/mind) 1200 mL/mine) It cannot be determined from the data provided.

Indicate the equation used to calculate minute ventilation.Multiple ChoiceMinute ventilation = physiologic dead space x breathing rateMinute ventilation = tidal volume x breathing rateMinute ventilation = (vital capacity - physiologic dead space) x breathing rateMinute ventilation = (tidal volume - physiologic dead space) x breathing rate

Indicate the equation used to calculate alveolar ventilation.Multiple ChoiceAlveolar ventilation = (tidal volume - physiologic dead space) x breathing rateAlveolar ventilation = (vital capacity - physiologic dead space) x breathing rateAlveolar ventilation = physiologic dead space x breathing rateAlveolar ventilation = tidal volume x breathing rate

What is the alveolar ventilation of a patient who is breathing 15 times per minute and has a dead space volume of 300 mL and a tidal volume of 500 mL?

________ is the amount of air that you can exhale below the resting tidal volume. Question 16Select one:a.Residual inhaled volumeb.Expiratory reserve volumec.Inspiratory reserve volumed.Enhanced tidal volumee.Inspiratory capacity