Three different gases x, y, z of molecular masses 2, 16 and 64 were enclosed in a vessel at a constant temperature is correct

Three different gases x, y, z of molecular masses 2, 16 and 64 were en

1.	Three different gases x, y, z of molecular masses 2, 16 and 64 were enclosed in a vessel at a constant temperature is correct
Answer» Gas `z` will be at the top of the vessel Gas `y` will be at the bottom and x will be at the top Gas `x` will be at the bottom and y will be at the top Gases will form a homogeneous mixture Solution :As the VOLUME of the bubble at the SURFACE BECOMES 8 times, PRESSURE at the bottom of the lake is 8 times the pressure at the surface. As pressure on the surface = 1 atm, pressure at the bottom = 8 atm. Thus, pressure due to the depth of the lake = 7 atm = 70 m of water.