Three bulbs are filled with `CH_(4), CO_(2)` and `Ne` as shown in the picture. The bulbs are connected through pipes of zero volume. When the picture . The bulbs are connect through pipes of zero volume . When the stopcocks are opend and the temperature is constant throughout, the pressure of the system is found to be ____ atm (Nearest interger)

Three bulbs A, B, C are connected in a circuit as shown in Figure 14.2. When the switch is ‘ON’

Two vessel of volumes 5 and 3 litres contain air at pressure of 3 and 7 atmospheres, respectively . What will be the resultant pressure when they are conncected through a small - bore tube ? Assume that the temperature remains constant throughout .

A bulb of unknown volume V contains a gas at 1 atm pressure. This bulb was connected to another evacuated bulb of volume 0.5 L through a stop cock. When the stop cock was opened, the pressure at each bulb becomes 7.58xx10^(4)"Pa mm" while the temperature remained constant. Calculate V in litres.

Inifinite number of flasks are connected to one another as shown above. The volume and pressure in each flask vary as shown. The stopcocks are initially closed. The common pressure, when all the stopcocks are opened, is : ( Assume constant temperature )

Two identical cylindrical vessels are kept on the ground and each contain the same liquid of density d. The area of the base of both vessel is x_(1) and in the other, x_(2) . When both cylinders are connected through a pipe of negligible volume very close to the bottom, the liquid flows from one vessel to the other until it comes to equilibrium at a new height. The change in energy of the system in the process is :

Two cylienders fitted with pistons and placed as shown, connected with string through a small tube of negligible volume, are filled with gas at pressure P_(0) and temperature T_(0) . The radius of smaller cylinder is half of the other. If the temperature is increased to 2 T_(0) , find the pressure if the piston of bigger cylinder moves towards left by 1 metre ?

A sample of gas at room temperature is placed in an evacuated bulb of volume 0.51 L and is found to exert a pressure of 24 kPa . This bulb is connected to another evacuated bulb whose volume is 0.63 L , and the gas is allowed to fill both bulbs. What is the new pressure of the gas at room temperature ?