A.The value of friction force which stops the movement of the body
B.The value of friction force which cannot exceed under a situation
C.The friction force acting when the body is just about to move
D.The friction force acting on a body when it is in motion
E.Double of the normal friction
A.in the case of steady-state equimolal counter-diffusion
B.in the case of steady-state unimolal unidirectional diffusion
C.both in the case of steady-state equimolal counter-diffusion and steady-state unimolal unidirectional diffusion
A.Gas constant in MKS units
B.Gas constant in S.I. units
C.Universal gas constant in MKS units
D.Universal gas constant in S.I. units
E.None of the above
A.10 to 15 kg/cm2
B.20 to 30 kg/cm2
C.70 to 90 kg/cm2
D.115 to 125 kg/cm2
A.remains unaffected with change in reflux ratio
B.increases with increase in reflux ration
C.decreases with increase in reflux ration
D.and the heat required in reboiler decrease with increase in reflux ratio
A.when some strands are broken
B.when the rope looses its springing action
C.when a rope with a loop or twist in its length is pulled tight
D.when the rope is permanently elongated due to overloading
A.193.044
B.1035.166
C.32.174
D.6.-0
A.Power generation
B.Locomotive
C.Ship
D.Aircraft
E.Pumping stations
A.Chlorides of sodium
B.Fluorides of sodium
C.Turbidity
D.Dead bacteria
E.Any of the above
A.is always greater than the volume predicted by ideal-gas law
B.is always less than the volume presicated by ideal-gas law
C.is always equal to the volume predicted by ideal gas law
D.may be less than equal to or greater than the volume predicted by ideal-gas law depending on the nature of the gas
