Question:

ir is trapped in a horizontal glass tube by 36 cm mercury

Last updated: 7/4/2023

ir is trapped in a horizontal glass tube by 36 cm mercury

ir is trapped in a horizontal glass tube by 36 cm mercury column as shown below 1 atm Hg 136 cm the tube is held vertical keeping the open end up length of air column shrink to 19 cm What the length in cm by which the mercury column shifts down Elask containing air at 107 C and 722 mm of Hg is cooled to 100 K and 760 mm of Hg If msity in the initial condition 1 g cm then what is the final density g cm an ideal gas at 100 K is heated to 109 K in a rigid container the pressure increases by X at is the value of X e van der Waal s constants for a gas are a 3 6 atm L mol 2 b 0 6 L mol If R 0 08 L K mol and the Boyle s temperature K is Tg of this gas then what is the value of T 15 ask has 10 gas particles out of which four particles are moving at 7 ms aining are moving at the same speed of X ms If the r m s of the gas is 5 ms value of Y and the what is