At a temperature `T, K`, the pressure of `4.0 gm` argon in a bulb is `P`. The bulb is put in a bath having temperature higher by `50 K` than the first one `0.8` of argon gas had to be removed to maintain original pressure. The temperature `T` is

At a temperature T K, the pressure of 4.0g argon in a bulb is p. The bulb is put in a bath having temperature higher by 50K than the first one 0.8g of argon gas had to be removed to maintained original pressure. The temperature T is equal to

At a temperature T K, the pressure of 4.0g argon in a bulb is p. The bulb is put in a bath having temperature higher by 50K than the first one 0.8g of argon gas had to be removed to maintained original pressure. The temperature T is equal to

4.0g of argon ( at. Mass = 40) in a bulb at a temperature of T K has a pressure P atm. When the bulb was placed in a hotter bath at a temperature 50^(@)C more than the first one, 0.8g of gas had to be removed to get the original temperature T which is equal to

4.0 g of argonhas pressure P and temeperature T K in a vessel. On keeping the vessel at 50@C higher temperature, 0.8 g of argon was given out to maintain the pressure P. The original temperature was :

0.1 mole of argon has pressure P & temperature TK in the vessel. On keeping the vessel at 50^@C higher temperature, 0.8gm of argon was given out to maintain same pressure. The original temperature was

0.1 mole of argon has pressure P and temperature 7K in the vessel. On keeping the vessel at 50^(@)C higher temperature, 0.8g of argon was given out to maintain same pressure. The original temperature was: [Ar=40]