water molecules are polar and are attracted to other polar molecules like water or glass. this means that it is only slightly more of one charge. hydrogen is slightly positive and oxygen is slightly negative. water looks like this: O H H water connects like this: H-hydrogen O-oxygen - is attraction O----H H---O----H H---O----H H---O----H H---O----H H---O----H H H H----O----H H---O----H H---O----H H---O----H H---O----H H---O also something else to note is that oxygen is massive compared to hydrogen. size of oxygen compared to hydrogen (aproxamate): OOO OOO-oxygen atom H-hydrogen atom OOO oxygen molecules can either look 1 of 2 ways: OO- standard oxygen that we breath OOO- this oxygen molecule is the oxygen that u would breath if you were on a mountain so this would mean that an oxygen molecule is much larger than a water molecule and cannot connect because oxygen has no positive atoms, therefor not allowing it to connect with the 1 oxygen molecule in water
Black
500 psi
water molecules are polar and are attracted to other polar molecules like water or glass. this means that it is only slightly more of one charge. hydrogen is slightly positive and oxygen is slightly negative. water looks like this: O H H water connects like this: H-hydrogen O-oxygen - is attraction O----H H---O----H H---O----H H---O----H H---O----H H---O----H H H H----O----H H---O----H H---O----H H---O----H H---O----H H---O also something else to note is that oxygen is massive compared to hydrogen. size of oxygen compared to hydrogen (aproxamate): OOO OOO-oxygen atom H-hydrogen atom OOO oxygen molecules can either look 1 of 2 ways: OO- standard oxygen that we breath OOO- this oxygen molecule is the oxygen that u would breath if you were on a mountain so this would mean that an oxygen molecule is much larger than a water molecule and cannot connect because oxygen has no positive atoms, therefor not allowing it to connect with the 1 oxygen molecule in water
oxygen is used to pull electrons down to the Electron Transport Chain which pumps H+ to create H+ gradient :)
250
To begin: There are cylinder types T,H,K,M,F,E,DD,D,C,BB,B,AA and AAA. Liter capacities for these sizes, in listed order are: 8688,7981,6452,3198,1698,680,640,413,248,170,170,113,34. This information comes from a label found an actual oxygen cylinder"Oxygen Compressed USP UN1072". Someone should now take it from here.
Gas
To open the valve on an oxygen cylinder, you turn the valve.
3.14d2divideby 4 #H D square mean cylinder of dia H mean height of cylinder
Volume of a cylinder = πr²h
Volume of the cylinder: pi*radius*radius*height
water molecules are polar and are attracted to other polar molecules like water or glass. this means that it is only slightly more of one charge. hydrogen is slightly positive and oxygen is slightly negative. water looks like this: O H H water connects like this: H-hydrogen O-oxygen - is attraction O----H H---O----H H---O----H H---O----H H---O----H H---O----H H H H----O----H H---O----H H---O----H H---O----H H---O----H H---O also something else to note is that oxygen is massive compared to hydrogen. size of oxygen compared to hydrogen (aproxamate): OOO OOO-oxygen atom H-hydrogen atom OOO oxygen molecules can either look 1 of 2 ways: OO- standard oxygen that we breath OOO- this oxygen molecule is the oxygen that u would breath if you were on a mountain so this would mean that an oxygen molecule is much larger than a water molecule and cannot connect because oxygen has no positive atoms, therefor not allowing it to connect with the 1 oxygen molecule in water
An "E cylinder" is a particular size of oxygen cylinder. 29" tall just under 5" diameter with a capacity of 680 liters of oxygen.
it regulate the oxygen pressure
Equals the volume of the cylinder, which is calculated from h x Pi x r2 where h = height of the cylinder & r = the radius
Pi x r squared x h pi = 3.142 r = radius of cylinder cross section h = cylinder height