The presence of `1 g` of an ideal gas `A` at `27^(@)C is 2 bar`. When `2 g` of another ideal gas `B` is added to the same flask at the same temperature, the pressure becomes `3 bar`. The relationship between their molar masses is

Pressure of 1g of an ideal gas A at 27^@C is found to be 2 bar. When 2g of another ideal gas B is introduced in the same flask at same temperature the pressure becomes 3 bar. Find the relationship between their molecular masses.

Pressure of 1g of an ideal gas A at 27^(@)C is found to be 2 bar when 2g of another ideal gas B is introduced in the same flask at same temperature the pressure becomes 3 bar. Find a relationship between their molecular masses .

Pressure of 1g of ann ideal gas A at 27^(@)C is found to be 2 bar. When 2 g of another ideal gas B is introduced in the same flask at same temperature, the pressure becomes 3 bar. Find a relationship between their molecular masses.

Pressure of 1 g of an ideal gas A at 27^@C is found to be 2 bar when 2g of another ideal gas B is introduce in the same flask at same temperature the pressure becomes 3 bar. Find a relationship between their molecular masses.

Pressure of 1 g an ideal gas A at 27^@C is found to be 2 bar. When 2 g of another ideal gas B is introduced in the same flask at same temperature, the pressure becomes 3 bar. Find the relationship between the molecular masses of A and B