A D tank, commonly used for medical oxygen, typically holds about 350 liters of oxygen when full. This volume can provide oxygen for several hours, depending on the flow rate being used. The tank is often used in portable applications, making it convenient for patients who require supplemental oxygen on the go. Always check specific manufacturer specifications for precise details.
One-fifth of the tank
The atoms in O2 move much too quickly to boil. ;D
a.O2 b. O2+ C. O2- d. O22-
13 quarts supposedly but I can usually only get 12 in my 1948 model D
Do you mean a cylindrical tank? Which is the diameter of the base, which is the height? if d = 48 and h = 20, then r = 24. V = pi r2 h = 3.14 x (24)2 x 20 = 36172.8 cubic inches for gallons divide by 231 ... v = 156.6 gallons
I tAnk d Must pUpuler spuRt iN d wUrld Is eug toOs tAnk u.
"Twinkle, Twinkle Little Star" C C G G / A A G (hold) / F F E E / D D C (hold) / G G F F / E E D (hold) / G G F F / E E D (hold) / C C G G / A A G (hold) / F F E E / D D C (hold).
The d sublevel consists of five orbitals that can hold a maximum of two electrons each. The total maximum number of electrons that the d sublevel can hold is 10 electrons.
Bb Bb F F G G F (hold for 2 beats) Eb Eb D D C C Bb (hold for 2 beats) F F Eb Eb D D C (hold for 2 beats) F F Eb Eb D D C (hold for 2 beats) Bb Bb F F G G F (hold for 2 beats) Eb Eb D D C C Bb (hold for 2 beats)
You need to balance your equation. (a)CHCH + (b)O2 --> (c)H2O + (d)CO2 First look at the water... it takes 2xH (which is in 1 acetylene molecule) & 1/2 (O2) molecule. (changed to b' for partially calculated oxygens). (1)CHCH + (b')O2 + (1/2) O2 --> (1)H2O + (d)CO2 Now, since each carbon in carbon dioxide needs 2 oxygens... and you started with 2 carbon atoms... d=2, and also b' = 2 (1)CHCH + (2)O2 + (1/2) O2 --> (1)H2O + (2)CO2 Simplify: CHCH + (2.5)O2 --> H2O + 2CO2 And you end up needing 2.5L of O2 for every liter of Acetylene.
The second energy level of atoms can hold a maximum of 8 electrons.
yes