Question : A liquid distrubed by stirring comes to rest due to
Option 1: density
Option 2: surface tension
Option 3: viscosity
Option 4: centripetal force
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Correct Answer: viscosity
Solution : The correct option is viscosity.
When you mix a liquid, it tends to settle over time due to an attribute known as viscosity. Viscosity is a measure of a fluid's resistance to flow. Higher viscosity liquids are thicker and resist motion more, whereas lower viscosity liquids flow more smoothly. As they glide past one another, the liquid molecules near the stirring instrument encounter shear stresses. The mechanical energy is wasted as heat over time as a result of internal friction inside the liquid. This is known as viscous dissipation. The pace at which a liquid comes to rest is affected by several parameters, including viscosity, temperature, and stirring intensity.
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Question : Soap bubble attains spherical shape due to _____.
Option 1: inertia
Option 2: pressure
Option 3: surface tension
Option 4: viscosity
Question : Name the process by which bubbles from liquid are formed?
Option 1: Effervescence
Option 2: Surface tension
Option 3: Surface energy
Option 4: Degasification
Question : Alcohol is more volatile than water because ________ is lower than water.
Option 1: its boiling point
Option 2: its density
Option 3: its viscosity
Option 4: its surface tension
Question : Which of the following statements is not correct about surface tension?
Option 1: Surface tension is typically measured in dynes cm.
Option 2: The shape of the water drop is spherical due to surface tension.
Option 3: At room temperature, the surface tension of water is less than ethyl alcohol.
Option 4: The cohesive forces between liquid molecules are responsible for the phenomenon known as surface tension.
Question : What type of force acts on a car moving around a curve?
Option 1: Centrifugal force
Option 2: Cohesive force
Option 3: Centripetal force
Option 4: Gravitational force
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