Gases possess characteristic critical temperature which depends upon the magnitude of intermolecualr forces between the gas particles, critical temperatures of ammonia and carbon dioxide are 405.5 K and 304.10 K respectively. Which of these gases will liquefy first when you start cooling from 500 K to their critical temperature ?

Gases possess characteristic critical temperature which depends upon the magnitude of intermolecular forces between the gas particles. Critical temperatures of ammonia and carbon dioxide are 405.5 K and 304.10 K respectively. Which of these gases will liquify first when you start cooling from 500 K to their critical temperature ?

Assertion :- On cooling ,ammonia lirquifies first whereas CO_(2) requires more cooling. Reason :- Critical temperatures of ammonia and carbon dioxide are 405.5 K and 304.10 K respectively.

Critical temperatuer of oxygen and nitrogen gas is 154.3 K and 126.0 K respectively. Which of these gases has higher magnitude of intermolecular forces between them ?

Critical temperature for carbon dioxide and methane are 31.1^@C and - 81.9^@C respectively. Which of these has stronger intermolecular forces and why?

The critical temperatures of carbon dioxide and methane are 31.1^(@)C and -81.9^(@)C , respectively. Which of them has stronger intermolecular forces and why?

Gases posses characteristic critical temperature which depends upon the magnitude of intermolecular forces between the particles. Following are the critical temperatures of some gases. {:("Gases",H_(2),He,O_(2),N_(2)),("Critical temperature in kelvin",33.2,5.3,154.3,126):} From the above data what would be the order of liquefaction of these gases ? Start writing the order from the gas liquefying first

Critical temperatures for A, B, C and D gases are 25^(@)C, 10^(@)C, -80^(@)C and 15^(@)C respectively. Which gas will be liquefied more easily ?

Given below are the critical temperatures of a few gases . When the gases are started cooling , which gas will liquefy first and which will liquefy in the end ?

Assertion: A gas with higher critical temperature gets adsorbed to more extent than a gas with lower critical temperature. Reason: The easily liquefiable gases get adsorbed to more extent which have higher critical temperature.

The rate at which a substance cools in moving air is proportional to the difference between the temperatures of the substance and that of the air. If the temperature of the air is 290 K and the substance cools from 370 K to 330 K in 10 min, when will the temperature be 295 K?