A mixture of Ne and Ar kept in a closed vessel at 250 K has a total K.E.=3 kJ. The total mass of Ne and Ar is 30 g. Find mass % of Ne in gaseous mixture at 250 K.
A gaseous mixture of Ne and O_(2) is taken in a copper vessel of 200mL capacity at 6 bar and 27^(@)C . The vapur density of the gaseous mixture is 11.5. Now, the vessel is heated to 127^(@)C , at which half of the O_(2)(g) combined with the vessel forming a solid oxide of negligible volume. Neglecting thermal expansion in the vessel, the final partial pressure of O_(2)(g) is : (Ne=20)
A closed container of volume 0.02m^3 contains a mixture of neon and argon gases, at a temperature of 27^@C and pressure of 1xx10^5Nm^-2 . The total mass of the mixture is 28g. If the molar masses of neon and argon are 20 and 40gmol^-1 respectively, find the masses of the individual gasses in teh container assuming them to be ideal (Universal gas constant R=8.314J//mol-K ).
Ice of mass 600 kg and at a temperature of -10^@C is placed in a copper vessel heated to 350^@C . The resultant mixture is 550 g of ice and water. Find the mass of the vessel. The specific heat capacity of copper (c)=100 cal//kg-K
15g mixture of He and Ar occupied "30L" at "1" atm pressure and "300K" .The amount of He in the mixture "
