Number of molecules present in `1 dm^3` of `N_2` at `NTP, whose compressibility factor is 1.5 will be

Number of molecules present in 1 dm_3 of N_2 at NTP_1 whose compressibility factor is 1.5 will be

Number of N_(2) molecules present L vessel at NTP when compressibility factor is 1.2 is

Calculate number of molecules in 1 ml of Co_(2) at NTP.

Calculate the number of molecules in 1 ml of O_(2) at NTP.

Number of atoms present in 224 dm^(3) of oxygen gas at STP is :-

Calculate the number of molecules present in 0.5mole of Carbon Dioxide?

Which of the following equations represents the compressibility factor for 1 mol of gas.

Find the number of moles and molecules present in 7.1 g of Cl_(2). (At Wt. Cl = 35.5)

The value of compressibility factor for an ideal gas is equal to 1.

A 19.6 g of a given gaseous sample contains 2.8 g of molecules (d = 0.75 g L^(-1)) , 11.2 g of molecules (d = 3 g L^(-1)) and 5.6 g of molecules (d = 1.5 g L^(-1)) . All density measurements are made at STP . Calculate the total number of molecules (N) present in the given sample. Report your answer in 10^(23) N Assume Avogardro's number as 6 xx 10^(23) .