One mole of which of the following will have `22.7 L` at `STP` (` 1` bar, `273.15 K`)?

Calculate the mass of each of the following at STP: 22.4 L H_(2)

One gram mole of a monoatomic gas occupies 22.4 L at S.T.P

Which will have greater volume when the following gases are compared at STP : 1.25L O_2 at STP

The number of moles of water which must be electrolyzed to produce 22.4L of O_(2) at 273K and 2 atmospheric pressure is

The number of moles of water which must be electrolyzed to produce 22.4L of O_(2) at 273K and 2 atmospheric pressure is

For the following process H _(2)O (l) (1 bar 373.15K) hArr H_(2)O (g) (1 bar, 373.15 K ) identify the correct set of thermodynamic parameters.

One mole of X present in a closed vessel undergoes decays as: ._(Z)X^(A) rarr ._(Z - 2)Y^(A - 4) + (._(2)He^(4)) What will be the volume of helium gas collected as SATP and STP (1 bar pressures, 273 K temperature) after 20 days (t_(1//2) "of" A = 10 days)?

One mole of X present in a closed vessel undergoes decays as: ._(Z)X^(A) rarr ._(Z - 2)Y^(A - 4) + (._(2)He^(4)) What will be the volume of helium gas collected as SATP and STP (1 bar pressures, 273 K temperature) after 20 days (t_(1//2) "of" A = 10 days)?

Find the number of moles in 7.8L of N_(2) at STP.

Calculate the temperature at which the rms velocity of a gas triples its value at S.T.P. [T_(1)=273K]