The resistance of a liquid to flow is called:
Surface tension
Viscosity
Vapor pressure
Capillary action
Related Questions
The ratio of Boyle’s temperature and critical temperature for a gas is:
The phenomenon of capillary action is primarily due to:
Viscosity only
Surface tension only
Adhesive forces only
Both surface tension and adhesive forces
A gas can be easily liquefied
When its inversion temperature equals the Boyle temperature
Under adiabatic compression
Under pressure when it is cooled to below the critical temperature
All of the above
All the three states i.e., the triple point for the equilibrium Â
3.85 mm and 0.0981\,^\circ C
4.58 mm and 0.0098\,\,^\circ {\rm{C}}<!--[if gte msEquation 12]><m:oMathPara><m:oMath><i
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760\,\,mm\,\,{\rm{and}}{\mkern 1mu} {\mkern 1mu} \,^\circ C
None of the above
Which of the following properties is not characteristic of liquids?
Definite shape
Definite volume
Fluidity
Surface tension
If detergent is added
Surface tension decreases
Surface tension increases
Surface tension can increase or decrease
No effect
Which property of liquids explains the spherical shape of a free-falling drop?
Viscosity
Vapour Pressure
Surface Tension
Boiling Point
A gas cannot be liquefied if:
Forces of attraction are low under ordinary conditions
Forces of attraction are high under ordinary conditions
Forces of attraction are zero under ordinary conditions
Forces of attraction either high or low under ordinary conditions
The liquefaction behaviour of temporary gases like approaches that of permanent gases like etc., as we go
Below critical temperature
Above critical temperature
Above absolute zero
Below absolute zero
If detergent is added
Surface tension decreases
Surface tension increases
Surface tension can increase or decrease
No effect
