Question

11. Patient has an inspiratory time 1.2 sec, tidal volume .u What is the flow? 12. Patient has an inspiratory flow 45 /min, tidal volume 625 What is the inspiratory time? 13. Patient has a set RR 12, tidal volume 1.0 L and flow rate 50 L/min What is the patients minute volume? What is the total cycle time? What is the inspiratory time? What is the expiratory time? What is the /E ratio? Patient has a set RR 10, set minute ventilation 7.5 L and inspiratory time is 0.9 sec 14. What is the patients tidal volume? What is the total cycle time? What is the expiratory ume What is the VE ratio? What is the inspiratory flow rate?
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Answer #1

11.

Solution :- Given that,

Inspiratory time = 1.2 sec

tidal volume = 1.0 L

Flow = ?

Formula :

Inspiratory time = (tidal volume / inspiratory flow)

inspiratory flow= (tidal volume / Inspiratory time)

Inspiratory flow = (1.0/1.2) =0.833 L/sec=49.98 L/min

Inspiratory flow = 49.98 L/min

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