Critical temperatures of ammonia and `CO_2` are 405.5K and 304K respectively. On cooling these gases from 500K, which gas will liquify first?

The critical temperatures of ammonia and carbon dioxide are 405.5K and 304.10 K respectively. On cooling, which of these gases will liquify first? Justify.

Critical temperatures of ammonia and carbon dioxide are 405.5 K and 304.1 K respectively. Which of these gases will liquify first when you start cooling from 500K to their critical temperature?

Critical temperature for CO_2 and CH_4 are 30.98^@C and -81.9^@C respectively. Which of these has stronger intermolecular forces. Why?

The critical temperature and pressure of CO_(2) gas are 304.2 K and 72.9 atm respectively. What is the radius of CO_(2) molecule assuming it to behave as vander Waal's gas

In Haber-Bosch process ammonia is manufacture by reacting H_2 and N_2 at 700 K and 200 atmosphere pressure. N_(2(g)) + 3H_(2(g)) harr 2NH_(3(g)) , DeltaH = -92 kJ The partial pressure of N_2 , H_2 and NH_3 are 2.09, 6.55 and 1.37 atm respectively. Calculate the value of K_P . And also explain the effect of increasing temperature on the value of K_P .

For first order parallel reactions k_(1) and k_(2) are 4 and 2 min^(- 1) respectively at 300 K.. If the activation energies for the formation of B and C are respectively 30,000 and 38,314 joule/mol respectively. The temperature at which B and C will be obtained in equimolar ratio is:

Explain the significance of critical temperature and critical pressure for CO_2 which is kept at 31.10^@C . A minimum pressure of 72.9 atm should be applied to liquify it.

If the temperature of 5L of a gas at atmo-spheric pressure is changed from 200K to 50K, what will be the volume?