Oxygen tanks can be light, weighing roughly 13 pounds. While others can be very heavy, tipping the scale at 114 pounds. It all depends on the size of the tank.
Be advised enemy care package inbound
At STP1mol O2 = 22.4L1mol O2 = 6.022 x 1023 molecules O222.4L O2 = 6.022 x 1023 molecules O2Convert liters O2 to moles O23.36L O2 X (6.022 x 1023 molecules O2/22.4L O2) = 9.03 x 1022 molecules O2
keq= [SO2]2[O2]/[SO3]2
Moles Mg = 3.00 g / 24.312 g/mol =0.123 Moles O2 = 2.20 / 32 g/mol = 0.0688 2 Mg + O2 >> 2 MgO the ratio between Mg and O2 is 2 : 1 0.123 / 2 = 0.0615 moles O2 needed we have 0.0688 moles of O2 so O2 is in excess and Mg is the limiting reactant we get 0.123 moles of MgO => 0.123 mol x 40.31 g/mol =4.96 g
Oxygen tanks can be light, weighing roughly 13 pounds. While others can be very heavy, tipping the scale at 114 pounds. It all depends on the size of the tank.
All Astro fuel pumps are INSIDE the FUEL TANK. You don't have to drop the tank, but you must empty it. Best to start with an almost empty tank so you have less to drain, and store safely in a gas can. It's an easy replacement if you are careful and plan your work. Good time to check your O2 sensor as well. Clearances are tight under an Astro, so you may wish to use a repair shop.
It is an instrument use to measure hydrocarbon gases when the tanks are in inerted condition when there is no O2 is present in the tank.
inside the gas tank.
One of the Oxygen tanks (O2 Tank 2).
The mass is 3,358 kg.
Be advised enemy care package inbound
General guideline is: inhale air with about 20% O2, exhale with about 16% but you have to consider that you are replacing that inhaled oxygen with exhaled carbon dioxide so its approximately 4 % of tidal volume breath = 0.28 mL/kg. So really we need to know how much you weigh before we can answer that question.
33
10p
That's how much content of it there is
3.0 atm