How Do You Spell COHESIVE FORCE?

Pronunciation: [kə͡ʊhˈiːsɪv fˈɔːs] (IPA)

The spelling of the word "cohesive force" can be explained by using the International Phonetic Alphabet (IPA). The word is pronounced /koʊˈhisɪv fɔrs/, with stress on the second syllable. The "c" in "cohesive" is pronounced like a "k" sound, while the "s" is pronounced like a "z" sound. The "e" at the end of "force" is pronounced like a short "uh" sound. The word refers to the binding force between molecules or particles of the same substance.

COHESIVE FORCE Meaning and Definition

1. Cohesive force refers to the attractive force that holds particles together within a material or substance. It is a phenomenon that arises due to the intermolecular and intramolecular forces between the molecules or atoms of the substance. The cohesive force determines the degree of interaction and bonding between the particles, contributing to the overall structural integrity of the material.

   In liquid substances, cohesive forces result from intermolecular forces such as hydrogen bonding, dipole-dipole interactions, or London dispersion forces. These forces help the liquid molecules to stick together, forming droplets or maintaining a continuous volume. Cohesive forces are responsible for the ability of liquids to resist being separated or broken up into smaller parts.

   Similarly, cohesive forces exist in solid materials, where they contribute to the solid's rigidity and strength. These cohesive forces include ionic bonds, metallic bonds, covalent bonds, or other intermolecular forces. They hold the atoms or molecules within the solid lattice structure, preventing them from easily separating or moving apart, resulting in a solid's mechanical integrity.

   Cohesive force plays a crucial role in various natural and man-made phenomena. It affects the physical properties of materials, such as viscosity, surface tension, and adhesion. Additionally, cohesive forces influence the behavior of fluids, including capillary action and the ability to form droplets. Understanding and manipulating cohesive forces are essential in fields such as materials science, chemistry, physics, and engineering, as it allows researchers to control and modify various aspects of material properties and behavior.

Common Misspellings for COHESIVE FORCE

• xohesive force
• vohesive force
• fohesive force
• dohesive force
• cihesive force
• ckhesive force
• clhesive force
• cphesive force
• c0hesive force
• c9hesive force
• cogesive force
• cobesive force
• conesive force
• cojesive force
• couesive force
• coyesive force
• cohwsive force
• cohssive force
• cohdsive force
• cohrsive force

Etymology of COHESIVE FORCE

The term "cohesive force" is derived from the Latin word "cohaesus", which means "stuck together" or "closely connected". It is formed by combining the prefix "co-" (meaning "together") and the Latin word "haerere" (meaning "to stick" or "adhere"). "Cohesive force" refers to the force of attraction or bond that holds molecules of a substance together and prevents them from separating.

Plural form of COHESIVE FORCE is COHESIVE FORCES