Indifferentiable: meaning, definitions and examples
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indifferentiable
[ ˌɪnˌdɪfəˈrɛnʃiəbl ]
mathematics
Not capable of being differentiated. Refers to a function that is not differentiable at a particular point.
Synonyms
non-differentiable, not differentiable.
Which Synonym Should You Choose?
Word | Description / Examples |
---|---|
indifferentiable |
Care should be taken with this term as it is not commonly used. When used, it can have the same meaning as 'indifferentiable' or be a typo. It is critical to ensure context provides clarity.
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non-differentiable |
Commonly used in mathematical contexts to describe a function or point where differentiation is not possible.
|
not differentiable |
Less formal phrase used to describe points where a function cannot be differentiated. Typically used interchangeably with 'non-differentiable' in conversational or less formal writing.
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Examples of usage
- The function f(x) = |x| is indifferentiable at x = 0.
- The function f(x) = 1/x is indifferentiable at x = 0.
Translations
Translations of the word "indifferentiable" in other languages:
🇵🇹 não diferenciável
🇮🇳 अभेद्य
🇩🇪 nicht differenzierbar
🇮🇩 tidak dapat dibedakan
🇺🇦 не диференційований
🇵🇱 nierozróżnialny
🇯🇵 区別できない (kubetsu dekinai)
🇫🇷 indifférentiable
🇪🇸 indiferenciable
🇹🇷 ayrıştırılamaz
🇰🇷 구별할 수 없는 (gubyeolhal su eomneun)
🇸🇦 غير قابل للتمييز (ghayr qabil lil-tamyiz)
🇨🇿 nerozlišitelný
🇸🇰 nerozlíšiteľný
🇨🇳 不可区分 (bù kě qū fēn)
🇸🇮 nerazločljiv
🇮🇸 ógreinanlegur
🇰🇿 айырмашылығы жоқ
🇬🇪 განუსხვავებელი (ganuskhvavebeli)
🇦🇿 fərqləndirilməz
🇲🇽 indiferenciable
Etymology
The term 'indifferentiable' is primarily used in the field of mathematics, specifically in calculus and analysis. It describes functions that cannot be differentiated at certain points, leading to discontinuities or sharp changes in the function's behavior. The concept of indifferentiability is crucial in understanding the limitations of differentiability in mathematical functions, providing insights into the behavior of complex functions. The study of indifferentiable functions contributes to the broader understanding of mathematical analysis and the properties of functions in various mathematical contexts.
See also: differ, difference, differences, different, differential, differentiation, differently, differing, indifference, indifferent.