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Twenty precent of the surface sites of a...

Twenty precent of the surface sites of a catalyst is occupied by nitrogen molecules. The density of surface sites is `6.023xx10^(14)cm^(-2)` . The total sarface area is `1000cm^(2)` . The catalyst is is henced to `300K` and nitrogen is completely desorbed a pressure of `0.001` atm and volume of `2.46cm^(3)` . Calculate the number of sites occupied by niitrogen molecules.

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Twenty per cent of the surface sites of a catalyst is occupied by nitrogen molecules. The density of surface sites is 6.023 xx 10^(14) g cm^(-3) . The total surface area is 1000 cm^2 . The catalyst is heated to 300 K and nitrogen is completely adsorbed into a pressure of 0.001 atm and volume of 2.46 cmo. Calculate the number of sites occupied by nitrogen molecules.

Around 20% surface sites have adsorbed N_(2) . On heating N_(2) gas evolved form sites and were collected at 0.001 atm and 298 K in a container of volume 2.46cm^(3) the density of surface sites is 6.023xx10^(14)cm^(-2) and surface area is 1000cm^(2) find out the number of surface sites occupied per molecule of N_(2) .

Around 20% surface sites have adsorbed N_(2) . On heating N_(2) gas evolved form sites and were collected at 0.001 atm and 298 K in a container of volume 2.46cm^(3) the density of surface sites is 6.023xx10^(14)cm^(-2) and surface area is 1000cm^(2) find out the number of surface sites occupied per molecule of N_(2) .

Around 20% surface sites have adsorbed N_(2) . On heating N_(2) gas evolved form sites and were collected at 0.001 atm and 298 K in a container of volume 2.46cm^(3) the density of surface sites is 6.023xx10^(14)cm^(-2) and surface area is 1000cm^(2) find out the number of surface sites occupied per molecule of N_(2) .

20% surface sites have adsorbed N _2 On heating N, gas is evolved from sites and were collected at 0.001 atm and 298 K in a container of volume 2.46 cm^3 . Density of surface sites is 6.02 xx 10^14 cm^(-2) and surface area is 1000 cm^2 Find out the number of surface sites occupied per molecule of N_2 .

A sample of nitrogen gas occupies a volume of 1 L at a pressure of 0.5 bar at 40^@C . Calculate the pressure if the gas is compressed to 0.225 cm^3 "at" -6^@C