Linked from

The 19 pages that link to Contact angle, each with the reason it gives.

• Surface tensionRelated: Surface tension and solid–liquid interactions together determine how a droplet meets a surface.

• Capillary actionRelated: It indicates whether the liquid wets the capillary wall and whether the liquid rises or falls.

• SurfactantRelated: Surfactant-induced changes in wetting can be measured through shifts in contact angle.

• WettingRelated: It provides the standard geometric measure of how strongly a liquid wets a surface.

• Froth flotationRelated: It quantifies mineral wettability and helps predict bubble attachment.

• HydrophobicityRelated: A large water contact angle is a common measure of surface hydrophobicity.

• Surface energyRelated: Measured contact angles are a common practical indicator of surface wettability and energy.

• Young–Laplace equationRelated: Wetting determines boundary shape, while the equation governs pressure across that shape.

• Water striderRelated: A high contact angle helps explain why water beads on the insect’s legs.

• Lycopodium powderRelated: Poor wetting of individual spores underlies the powder’s water-repellent behavior.

• HydrophileRelated: Contact angle offers a measurable surface-level indicator of water wetting.

• HydrophobicityRelated: It gives a measurable surface-level indication of water repellency.

• Jurin's lawRelated: Its cosine determines whether the tube's liquid rises or is depressed.

• Drop and bubble phenomenaRelated: It determines whether drops spread, pin, or detach from solid boundaries.

• Drops and bubblesRelated: Wetting determines whether a drop spreads or beads on a surface.

• Interfacial flowsRelated: It sets how interfaces meet walls and influences wetting-driven flow.

• Stalagmometric methodRelated: Wetting at the capillary rim affects the drop’s detachment behavior.