.d 63% 3:59 PM https://bb.bloomfield.edu/webapps QUESTI0 0.5 points Save Answer

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.d 63% 3:59 PM https://bb.bloomfield.edu/webapps QUESTI0 0.5 points Save Answer Ann has a tidal volume of 500 ml and a breath frequency of 10 breaths/minute. What is Ann's minute ventilation rate? 50,000m Not enough information has been provided to determine her minute ventilation rate QUESTI0 0.5 points Save Answer Ann has a tidal volume of 500 ml and a breath frequency of 10 breaths/minute. The volume of "dead space in her respiratory system is 150ml What is her alveolar ventilation rate? (How much air makes it to her alveoli where diffusion can occur per minute?) 3.5L 5L 350ml 15000ml QUESTIO 0.5 points Save Answer Save All Answers Save and Submit

Explanation / Answer

Question

Minute ventilation rate = tidal volume x breath

= 500 * 10 = 5000 ml that is 5L. So, option B is the correct answer.

Question

Alveolar ventilation rate = Respiration rate x (Vt - Vd)

= 10 x (500-150)

= 3500 ml that is 3.5 L.

So, option A is the correct answer.

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