Combustibility: meaning, definitions and examples
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combustibility
[ kəmˈbʌstɪbɪlɪti ]
chemical properties
Combustibility refers to the ability of a substance to catch fire and burn. It is a key property in determining how materials behave in the presence of heat and flames. Substances can be classified as combustible or non-combustible based on this property.
Synonyms
burnability, flammability, ignitability.
Examples of usage
- Paper has high combustibility, making it easy to ignite.
- Metal is generally considered to have low combustibility.
- In chemistry, understanding combustibility is crucial for safety.
- Wood exhibits combustibility when exposed to an open flame.
Translations
Translations of the word "combustibility" in other languages:
🇵🇹 combustibilidade
🇮🇳 दहनशीलता
🇩🇪 Brennbarkeit
🇮🇩 kebakaran
🇺🇦 займистість
🇵🇱 palność
🇯🇵 可燃性
🇫🇷 combustibilité
🇪🇸 combustibilidad
🇹🇷 yanıcılık
🇰🇷 연소성
🇸🇦 قابلية الاحتراق
🇨🇿 hořlavost
🇸🇰 horľavosť
🇨🇳 可燃性
🇸🇮 gorečnost
🇮🇸 brennivill
🇰🇿 жанғыштық
🇬🇪 წვისუნარიანობა
🇦🇿 yanıcıq
🇲🇽 combustibilidad
Etymology
The word 'combustibility' stems from the Latin root 'comburere,' which means 'to burn up.' The term evolved through the Old French 'combustible,' which carried the same meaning, into Middle English. By the 17th century, the modern form of the word began to take shape, focusing on the capability of a substance to burn. The study of combustible materials became increasingly relevant with advancements in chemistry and industrial processes. Today, combustibility is a fundamental concept in various fields, including fire science, materials engineering, and safety regulation. Understanding combustibility helps in assessing fire hazards and impacts design choices in construction, manufacturing, and environmental safety.