calculate the air: O2 ratio of 30% O2: air entrainment device ___________
Calculating the above using the below formula:
- Air/O2 ratio= 100- O2%/ O2%- 21
= 100-30/ 30-21
= 70/ 9
= 7.7 = 8 = 8:1
Air : oxygen ratio is 8:1
calculate the air: O2 ratio of 30% O2: air entrainment device ___________
Calculate the air: O2 ratio of 30% O2: air entrainment device ___________ An oxygen flowrate of 12 L/min is used on a 60% Oxygen: air entrainment mask. What is the O2: air entrainment ratio and total flow? ___________ If the patient’s blanket is covering the port on the air entrainment device, what is the FiO2 that is being delivered? _______%
. The oxygen: air entrainment ratio for 60% oxygen is ___________ 2. Calculate the air: O2 ratio of 30% O2: air entrainment device ___________ 3. An oxygen flowrate of 12 L/min is used on a 60% Oxygen: air entrainment mask. What is the O2: air entrainment ratio and total flow? ___________ 4. If the patient's blanket is covering the port on the air entrainment device, what is the FiO2 that is being delivered? _______% 5. Which of these methods cause...
If the patient’s blanket is covering the port on the air entrainment device, what is the FiO2 that is being delivered? _______%
If the patient’s blanket is covering the port on the air entrainment device, what is the FiO2 that is being delivered? _______%
The oxygen: air entrainment ratio for 60% oxygen is
An oxygen flowrate of 12 L/min is used on a 60% Oxygen: air entrainment mask. What is the O2: air entrainment ratio and total flow? ___________
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Determine the air to fuel ratio for a stoichiometric mix of of Ethane (C2H6) and Air (O2+3.76N2). The products are CO2 and H2O and N2. (Molecular Weight of C2H6=30, O2=32, N2=28, CO2=44, H2O=18).
1 Calculate the total flow delivered to a patient. The patient is wearing a 47% entrainment mask set at 6 LPM 2. If a patient has a total cycle time of 5 seconds, what is the respiratory rate per minute? 3. What is the total cycle time for a patient who has an l:E ratio of 1:4 and inspiratory time of 1 second? 1 Calculate the total flow delivered to a patient. The patient is wearing a 47% entrainment mask...
Air and hydrogen are mixed in the ratio 1/4 and are heated to 1200 K. Calculate the partial pressures of H2 and O2 in the equilibrium gas at 1 atm pressure and at 10 atm pressure. Air contains 21 volume percent O2.