inflated to a immersed to the bottom of a lake its volume

Last updated: 7/4/2023

inflated to a immersed to the bottom of a lake its volume reduce to 1 25 L Assuming atmospheric pressure to be equivalent to 10 m column of water and no change in temperature if the depth of the lake is x x 10 cm what is the value of x A gaseous mixture containing equal moles of H 0 and He is subjected to series of effusion steps The composition by moles of effused mixture after 4 effusion steps is x 1 y X respectively Then find the value of One mole of a gas changed from its initial state 15L 2 atm to final state 4L 10 atm eversibly If this change can be represented by a straight line in P V curve maximum emperature approximate the gas attained is xx 102K Then find the value of x Two moles of an ideal gas undergoes the following process Given that OP is x x 10 then Tv