Heat and Thermal ExpansionHard
Question
If the intermolecular force vanish away, the volume occupied by the molecules contained in 4.5 kg water at standard temperature and perssure will be given by :-
Options
A.5.6 m3
B.4.5 m3
C.11.2 litre
D.11.2 m3
Solution
If intermolecular forces vanish water behaves as gas.
Number of moles of water =
= 250
Total volume of water at STP
= 22.4 × 250 × 10-3 m3 = 5.6 m3.
Number of moles of water =
= 250Total volume of water at STP
= 22.4 × 250 × 10-3 m3 = 5.6 m3.
Create a free account to view solution
View Solution FreeMore Heat and Thermal Expansion Questions
Consider the MB shown in the diagram, let the resistance X have temperature coefficient and the resistance from the RB h...Two plates of equal areas are in contact with each other. Their thickness are 2 cm ans 3cm respectively. Temperature of ...In a mercy = glass thermometer the cross - section of the capillary portion is A0 and the volume of the bulb is V0 at 27...Tree closed vessels A, Sb and C at the same temperature T and contain gasses which obey the Maxwellian distribution of v...Two identical masses of 5 kg each fall on a wheel from a height of 10m. The wheel disturbs a mass of 2kg water, the rise...