A. Three
B. Four
C. Five
D. Two
Gases
Gases
A. All molecules move with same speed
B. All molecules behave independently
C. PV / RT = n
D. All gases cannot be liquefied through Linds Method
A. Value of a
B. Mass
C. Atoms
D. Both B and C
A. It may be the first state of matter
B. It is not a phase transition
C. It is a conductor of electricity
D. All of the above
A. Hydrogen bonding
B. Vander Waals force
C. Forces among the polar molecules
D. Ionic bond
A. H2S
B. NO
C. Cl2
D. N2O
A. Separation of gases
B. Expansion of gases
C. Compression of gases
D. Liquefaction of gases
A. Intermolecular attraction and infinite volume
B. Elastic collisions and finite volume
C. Intermolecular attractions and finite volume
D. Intermolecular attraction only
A. Daltons law
B. Avogadros law
C. Grahams law
D. Charles law
A. 16 gmol-1
B. 32 gmol-1
C. 48 gmol-1
D. 64 gmol-1