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2000ml(2l)รท400=5. 400 is 100 percent. 100x5= 500 percent.
what is 103.468 to the nearest liter
When 1 liter is 100 percent, then 0.015 liter (15 ml) is 1.5 percent
500 ml is 1/2 of a liter
It is: 7 litre
Why would you need to do that anyway? If you need the concentrated O2 that a mask provides, then a nasal cannula is not affective.
I don't understand the Related Link well enough to know if it answers your question, but you can check it out and see if it does. The percentage of oxygen delivered by nasal tube is 24% at the rate of 1 L/min, 28% @2l/min, and so on with a 4% increase per litre of flow per minute to a maximum of 60%.
Room air is 21% oxygen. For every liter of oxygen delivered by nasal cannula add 4% for example: 1L= 24% 2L=28% 3L=32% and so on. Yes, its right but the formula of Lpm to FiO2 is: lpm*4+20 = FiO2 Example: 1L*4+20 = 24% 2L*4+20 = 28% 3L*4+20 = 32% and so on.
A liter is a liter. That is a tautology. ----------------------------------------------------------------- If the oxygen is in liquid form, then there is 1 litre in a 1 litre flask.
to convert milligram per liter to percentage, multiply by 10000 Explanation one milligram per liter is 1 ppm 10000 ppm is 1 percentage
no
The oxygen sensor on a 1999 Oldsmobile Intrigue 3.3 liter is in the exhaust manifold/pipes
Eight fluid ounces is about 23.6% of a liter.
Hemoglobin in blood carries about 280 ml of oxygen/ liter. That bond is tight enough to carry oxygen and loose enough to give at pressure gradient difference. If erythropoiesis does not occur in body you can carry only 4 ml / liter of oxygen/ liter in body and you will not survive with such a low supply of oxygen.
Each litre is equivelant to approximately 3%. 35% Oxygen is about 5 litresThis math here is only correct if you are using a nasal cannula to deliver the oxygen. Respiratory therapy only uses this as an estimate since the cannula isn't the most effective oxygen delivery system but is the most comfortable for a patient.21% Fio2 is room Air, that is we breath in normally, for anyone without any supplemental Oxygen.The first 1 liter is 3%Fio2, which is 21% +3% =24%Fio2, thereafter it is 4% to each liter flow of oxygenFirst liter of Oxygen which is 1Lpm =3% + 21%(Room Air) Total = 24% Fio2 Add 4% for each liter flow there 2Lpm= 28% Fio23Lpm= 32% Fio2Save4Lpm= 36% Fio25Lpm= 40% Fio26Lpm= 44% Fio2For a Venturi Mask which is more effective especially for patients with COPD the Fio2 settings are as follows:White cap:35% FiO2 set lpm at 940% FiO2 set lpm at 1250% FiO2 set lpm at 15Green cap:24% FiO2 set lpm at 3lpm26% FiO2 set lpm at 3lpm28% FiO2 set lpm at 6lpm30% FiO2 set lpm at 6 lpm
Yes. There is twice as much oxygen in a liter jar.
0.125 litres