what is the capacity of medical oxygen cylinder?
477933
Check out the link below:\n\nhttp://www.respiratorygroup.com/products/high_pressure/med_o2_spec.aspx
617266
The lung capacity varies from person to person - like a muscle, some have healthier and more effective lungs.\n\nI remember doing an experiment at school (man, that was years ago) that gave us our lung capacity in litres!\n\nTLC [Total Lung Capacity] is approximately 4000 to 6000 mL in a healthy young adult.
518927
(46.2 grams)/(32 grams per mole) = 1.44 moles of Oxygen (O2)
309325
Since m*C*dT=Q;\n\nHeat capacity=135000 J/(5100 g*(31.5K - 18K))= 1.96 J/gK\n\n(K for Kelvin)
1111363
graduated cylinder or callibrated pipette are the answers to the test questions in my classroom.  And in scientific situations, volume is measured in liters/litres- except when measured in cc's (cubic centimenters)
1177560
The breathing tube is called a nasal cannula.  She is breathing about 1-6 liters per minute of oxygen.  Generally people who are on oxygen have one of two conditions.  Chronic Obstructive Pulmonary Disorder or Congestive heart Failure.  It is possible, considering you stated she couldn't see, that she also has diabetes.  Any of these conditions can be fatal.
546490
you should have an oxygen dealer in your town\njust call the local health department or the local healthcare center
104294
Performance\nBase Number of Cylinders: 8 Base Engine Size: 7.5 liters\nBase Engine Type: V8 Horsepower: 245 hp\nMax Horsepower: 4000 rpm Torque: 395 ft-lbs.\nMax Torque: 2400 rpm Maximum Payload: 4655 lbs.\nMaximum Towing Capacity: 12500 lbs. Drive Type: RWD
137179
you need the balanced rxn which has a 2:1 ratio of Mg: O2\n 314 gms Mg = 12.9 moles divided by 2 = 6.46 moles O2. At STP that = 144.7 L volume.
118751
its where the blood picks up the oxygen.
1012209
300mL\n    x.18\n_______\n\n   54.00 mL
564373
dia = diameter, right?\n\nok...\n\nV = pi * r²h\n\nV = pi * 0.5m² * 1.2m\n\nV = pi * 0.3m\n\nV = around 0.942478m³.\n\nSo a cylinder with diameter 500 mm and length 1200mm gives us 942.478 litres of fuel.\n\nThat is though, if we ignore the thickness...\n\nEDIT\n\nWhoops, I mistook the diameter to be the radius. The correct answer is the above divided by 4, or about 235.62 litres.
285837
High temperatures, limit or exclude oxygen.
369125
4.36 million yd³ (3.33 million m³)
980920
http://www.emsb.qc.ca/laurenhill/science/equip.jpg
194855
water food oxygen environment
1054344
What is oxygen saturation?\nOxygen is carried in the blood attached to haemoglobin molecules. Oxygen saturation is a measure of how much oxygen the blood is carrying as a percentage of the maximum it could carry.\nOne haemoglobin molecule can carry a maximum of four molecules of oxygen, if a haemoglobin molecule is carrying three molecules of oxygen then it is carrying 3/4 or 75% of the maximum amount of oxygen it could carry.\nOne hundred haemoglobin molecules could together carry a maximum of 400 (100 x 4) oxygen molecules, if these 100 haemoglobin molecules were carrying 380 oxygen molecules they would be carrying (380 / 400) x 100 = 95% of the maximum number of oxygen molecules that could carry and so together would be 95% saturated.\nOxygen saturation is also refered to as SpO2.