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July 2022

Home2022JulyPage 12
(a)  546°C                                 (b)  182°C (c)   819°C                                (d)  646°C Answer-a   (11)
O2 gas is taken at 27°C and pressure 76 cm. Of Hg. Then find out volume of gas (in litre)...
[P+(a/V2)][v-b]=RT (a) Both a and b represent correction in volume (b)  Both a and b represent adhesive force between molecules...
(a)  The temperature must be 0 K (b)  The temperature must be less than 0°C (c)   The temperature must be...
( T1,T2) volume (V1,V2)  and pressure (P1,P2) respectively. If the valve joining the two vessels is opened, the temperature inside...
5°C , there occurred an increase of 1% in its pressure. The original temperature of the gas was (a)   500...
27°C. Half of the mass of the gas is removed from the vessel and temperature of the remaining gas is...
(a) Faster in solids than in liquids and gases (b)   Faster in liquids than in solids and gases (c)   Equal...
O2  gas (molar mass 32) at a temperature T. The pressure of the gas is P. An identical vessel containing...
(a) It obeys Boyle’s law (b) It follows PV = RT (c) Internal energy depends on temperature only (d) It...
(a) Varies inversely as its mass (b)   Varies inversely as the square of its mass (c)   Varies linearly as its...
m1,m2 and m3 and the number of molecules in their respective containers are N1,N2  and N3 . The gas pressure...
(a)   P / 2                                        (b)   P (c)   2P                                            (d)   4P Answer-c (8)
(a)   2                                               (b)   4 (c)   1/4                             ...
(a)  1092 K                                            (b)   273 K (c)   546°C                         ...
O2 is (a)   PV = 8RT                                         (b)   PV = RT/4 (c)   PV = RT             ...
(a)   1800°C                                   (b)   162°C (c)   1527°C                                   (d)   600°C Answer-c (91)
(a) Number of molecules      (b)     Atomic number (c) Mass number                    (d)...
1500 m3 of helium at 27°C  and 4 atmospheric pressure. The value of helium at -3°C  temperature and 2 atmospheric...
(a) 2 times                         (b) 4 times (c) (1/4) times                  ...
27°C temperature and 30 atmospheric pressure is allowed to expand to the atmospheric pressure. If the volume becomes 10 times...
0°Cand 2 atm pressure will be (a) 0.56 litre                   (b) 1.2 litres (c) 2.4 litres                   (d) 5.6 litres Answer-a...
27°C and its temperature is raised to 52°C. The mass of the gas that has to be released to maintain...
27° is heated till its pressure and volume are doubled. The final temperature attained by the gas is (a) 927°C                       ...
(a) Einstein                    (b) Newton (c) Maxwell                    (d) Raman Answer-c (5)
If Cb and Ca are the velocities of sound in this gas before and after expansion respectively, then Ca is...
(a) 50 ml                              (b) 100 ml (c) 200 ml                       ...
(a)   PV=(5/32)RT                 (b)   PV=5RT (c)   PV=(5/2)RT                        (d)  PV=(5/16)RT (Where R is...
(a) 0.4%                        (b) 0.2% (c) 0.1%                         (d) 0.8% Answer-a (4)
500m3 of helium at 27°C and 1 atmosphere pressure. The volume of the helium at – 3°C temperature and 0.5...
(a) A constant (b) Approx. equal to the universal gas constant (c) Directly proportional to its temperature (d) Inversely proportional...
(a) mkT                                (b) P/kT (c) P/kTV                           (d) Pm/kT...
(a) 100 cc                             (b) 400 cc (c) 2.5 cc                       ...
(a)  The nature of the gas used in the experiment (b) The magnitude of g in the laboratory (c) The...
1.64×10-3 atmospheres and temperature 200 K having the volume 1 cc are (a) 6.02×1016                          (b) 2.63×1016 (c) 3.01×1019  ...
(a) 2 cal/K                            (b) 10 cal/K (c) 0.2 cal/K                       ...
(a)  4 gm                               (b) 4.21 gm (c) 1.13 gm                       ...
(a) 0.29 J/K-gm                    (b) 4.2 J/K–gm (c) 8.3 J/K-gm                       (d)...
(a) Which obeys Vander Waal’s equation (b) Which obeys gas equation at every temperature and pressure (c) The molecules of...
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