The value of pV/T for one mole of an ideal gas is nearly equal to.
10^(23) molecules of a gas strike a target of area 1 m^(2) at angle 45 C to normal and rebound elastically with speed 1 kms^(1). The impulses normal to wall per molecule is ” – [Given : mass of molecule = 3.32 x 10 ^(-27)kg]
13
Sep
10^(23) molecules of a gas strike a target of area 1 m^(2) at angle 45 C to normal and rebound elastically with speed 1 kms^(1). The impulses normal to wall per molecule is ” – [Given : mass of molecule = 3.32 x 10 ^(-27)kg] The value of pV/T for one mole of an ideal [...]
Two perfect gases having masses m1 and m2 at temperature T1 and T2 are mixed without any loses of energy. The molecular weights of the gases are M1 and M2. What is the final temperature of the mixture?
13
Sep
Two perfect gases having masses m1 and m2 at temperature T1 and T2 are mixed without any loses of energy. The molecular weights of the gases are M1 and M2. What is the final temperature of the mixture? The value of pV/T for one mole of an ideal gas is nearly equal to. September [...]
A narrow uniform glass tube 80 cm long and open at both ends is half immersed in mercury. Then the top of the tube is closed and it is taken out of mercury. A column of mercury 22 cm long then remains in the tube. What is the atmospheric pressure?
13
Sep
A narrow uniform glass tube 80 cm long and open at both ends is half immersed in mercury. Then the top of the tube is closed and it is taken out of mercury. A column of mercury 22 cm long then remains in the tube. What is the atmospheric pressure? The value of pV/T for [...]
The value of pV/T for one mole of an ideal gas is nearly equal to.
13
Sep
The value of pV/T for one mole of an ideal gas is nearly equal to. The value of pV/T for one mole of an ideal gas is nearly equal to. September 13, 2021 Category: Chapter 14 - Thermometry, Expansion and KTG , MTG NEET Physics ,