A container of volume 50cc contains air (mean molecular weight =28.8g) and is open to atmosphere where the pressure is 100kPa. The container is kept in a bath containing melting ice`(0^(@)C.(a) Find the mass of the air in the container when thermal equlibrium is reached.(b) the container is mow placed in another bath containing boling water`(100^(@)C)`. Find the mass of air in the container. (C) The container is mow closed and placed in the melting-ice bath. Find the pressure of the air when thermal equilibrium is reached .

A container of volume 50 cc contains air (mean molecular weight = 28.8g ) and is open to atmosphere where the pressure is 100kPa . The container is kept in a bath containing melting ice (0^(@)C) .(a) Find the mass of the air in the container when thermal equilibrium is reached.(b) the container is now placed in another bath containing boiling water (100^(@)C) . Find the mass of air in the container. (C) The container is mow closed and placed in the melting-ice bath. Find the pressure of the air when thermal equilibrium is reached .

A resonating column of air contains

The air in the stratosphere contains

Exhaled air contains

60 g of ice at 0^(@)C is mixed with 60 g of steam at 100^(@)C . At thermal equilibrium, the mixture contains

Two containers of volume 5L and 3L.contain air at 3 standard atmospheres and 7 standard atmospheres respectively. The containers are now connected by a short narrow tube. What will be the common pressure in both the containers?

A container contains m_1g of a gas at a pressure p_1 In another container m_2g of the gas is kept at a pressure p_2. IF the two containers are connected by a tube, then what will be the pressure of the gas mixture.

The pressure of a gas in a 100 mL container is 200 kPa and the. Average translational kinetic energy of each gas particle is 6 xx 10^-21 J . Find the number of gas particles in the container. How many moles are there in the container ?