a) volume occupied by the molecules b) intermolecular attraction c) intermolecular repulsions d) intermolecular collisions per unit volume Answer: a

a) \[313\diagup293\] b) \[\sqrt{\left(313\diagup293\right)}\] c) \[1\diagup2\] d) 2 Answer: a Explanation:

a) in a wavy path b) in a straight line path c) with an accelerated velocity d) in a ...

a) 67.2 L b) 44.8 L c) 22.4 L d) 89.6 L Answer: a Explanation: ...

a) specific heat b) thermal capacity c) water equivalent d) none of these Answer: b Explanation: The heat rquired ...

a) only Boyle’s law b) only Charles’ law c) only Avogadro’s law d) All of these Answer: d Explanation: All ...

a) 0.082 litre atm b) \[0.987 cal mol^{-}K^{-1}\] c) \[8.3 J mol^{-}K^{-1}\] d) \[83 erg mol^{-}K^{-1}\] Answer: c Explanation: ...

a) PT/R b) PRT c) P/RT d) RT/P Answer: c Explanation: PV = nRT (number of moles = n/V) n/V ...

a) \[N_{2}\left(g\right)\] b) \[CH_{4}\left(g\right)\] c) \[NH_{3}\left(g\right)\] d) \[H_{2}\left(g\right)\] Answer: c Explanation: Higher the critical temperature more easily will ...

a) 27 u b) 36 u c) 64 u d) 9 u Answer: b Explanation: ...