Dive into a comprehensive 30-minute video lecture on capillarity and surface tension in fluid mechanics. Explore the fundamental concepts of capillary action, surface tension, and their mathematical derivations. Learn about the factors affecting capillary rise, the behavior of liquids in tubes of insufficient length, and the relationship between radius and height in capillaries. Examine the curvature of liquid surfaces, the differences between adhesion and cohesion, and the significance of contact angles. Gain a deeper understanding of meniscus shapes and their implications in fluid behavior. This in-depth tutorial covers essential topics for students and enthusiasts of physics and fluid mechanics, providing a solid foundation for further study in the field.
Capillarity and Surface Tension in Fluid Mechanics
Overview
Syllabus
– Capillary Action
– Surface Tension
– Derivation Capillarity
– Volume in Capillary
– Tension T in Capillary
– Capillary Rise h
– Factors affecting Capillary Rise h
– Tube of Insufficient Length
– Rh = constant
– Part 1 - Capillary Rise
– Part 2 - Curvature R
– Part 3 - New Curvature R’
– Adhesion v/s Cohesion
– Angle of Contact θ
– Shape of Meniscus
Taught by
PLAY Chemistry
