Capillary action of the liquid can be explained on the basis of its tll (A) Surface tension G) Resistance to flow (C) Refractive index (D) Heat of vaporisation

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Avni Chauhan · Answer

surface tension! The capillary rise is a combined effect of adhesive and cohesive forces. Detailed study can be seen in fluids chapter in physics.

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Capillary action of the liquid can be explained on the basis of its tll (A) Surface tension G) Resistance to flow (C) Refractive index (D) Heat of vaporisation

Capillary action of the liquid can be explained on the basis of its tll (A) Surface tension G) Resistance to flow (C) Refractive index (D) Heat of vaporisation

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Capillary action of the liquid can be explained on the basis of its tll (A) Surface tension G) Resistance to flow (C) Refractive index (D) Heat of vaporisation

Capillary action of the liquid can be explained on the basis of its tll (A) Surface tension G) Resistance to flow (C) Refractive index (D) Heat of vaporisation

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