discrete in English
- discrete⇄adj. 1. distinct from others; separate; individual.
Ex. An apple and a stone are discrete objects.
2. consisting of distinct or individual parts; discontinuous.
Ex. Wages paid to employees, the population of a community, the birth rate - discrete⇄adv. discretely.
- discrete⇄discrete, adjective, noun.
- discrete⇄noun a separate part or piece of equipment, often a component part of a large system, such as a high-fidelity system.
Ex. Most manufacturers of discretes are--to quote an industry marketing manager--""up to our ears in transistors"" (New Scientist - discrete⇄noun discreteness.
discrete in Sindhi سنڌي
Discrete
Part of Speech
Adjective
Pronunciation
/dɪsˈkriːt/
Definitions
- Individually separate and distinct.
- Not connected or continuous; separate.
- Relating to or denoting a type of mathematics or structure involving distinct elements or values (as in discrete data).
Usage Examples
- The project is divided into discrete phases to ensure better management.
- The computer stores data in discrete units, making it easier to process.
- His responsibilities are discrete and well-defined, with little overlap.
Etymology
From the Latin word "discretus," which means "separated," "divided," or "distinct." It is derived from "discernere," meaning "to separate" or "to distinguish." The word "discrete" first appeared in English around the 14th century and was initially used to refer to something that was distinct or separate.
Synonyms
- Separate
- Distinct
- Independent
- Individual
- Discrete
Antonyms
- Continuous
- Connected
- Integrated
- Unified
Translations
Language | Translation | Pronunciation |
---|---|---|
Spanish | Discreto | /disˈkɾeto/ |
French | Discret | /dis.kʁɛ/ |
German | Diskret | /dɪsˈkʁeːt/ |
Italian | Discreto | /disˈkɾɛːto/ |
Portuguese | Discreto | /dɨsˈkɾɛtu/ |
Chinese (Simplified) | 离散的 | /lí sàn de/ |
Japanese | 離散的な | /risanteki na/ |
Korean | 불연속의 | /bulyeonsog-ui/ |
Russian | Дискретный | /dɪsˈkɾɛtniɪ/ |
Arabic | منفصل | /munfaṣil/ |
Hindi | अलग | /alag/ |
Bengali | বিচ্ছিন্ন | /biĉhinna/ |
Gujarati | અલગ | /alag/ |
Marathi | विभक्त | /vibhakta/ |
Tamil | விரிவான | /virivāṉa/ |
Telugu | విభక్త | /vibhakta/ |
Punjabi | ਵੱਖਰਾ | /vakhrā/ |
Malayalam | വിഭക്തം | /vibhaktam/ |
Kannada | ವಿಭಕ್ತ | /vibhakta/ |
Regional Pronunciation Variations
The pronunciation of "discrete" remains relatively consistent across dialects of English, though in some regional accents, especially those with a strong emphasis on consonants, the "t" may be pronounced more sharply. In some accents, such as in Received Pronunciation (RP), the vowel sound may be slightly more closed in comparison to General American English.
Historical Usage
The term "discrete" has been used in English since the 15th century, originating from the Latin "discretus," meaning "separate" or "distinct." Historically, it was used primarily to describe things that were separate or distinct in a physical or conceptual sense. Over time, its use expanded to scientific, mathematical, and technical fields to describe non-continuous entities, such as data points or mathematical variables.
Cultural Nuances
In modern usage, the word "discrete" is often employed in technical fields like mathematics and computing, where it contrasts with "continuous." For instance, "discrete data" refers to data that can only take certain specific values, unlike "continuous data," which can take on any value within a given range. The term is also used in everyday language to describe things that are separate or independent, such as tasks or ideas.
More Information
The term "discrete" is commonly used in the fields of mathematics, statistics, and computer science. In these disciplines, it denotes something that is countable, distinct, and separate from other units, unlike continuous data, which varies in a fluid and uninterrupted manner. "Discrete" also appears frequently in the context of data analysis, where it refers to distinct categories or counts rather than measurements on a continuous scale. The clarity and precision offered by the concept of "discreteness" are crucial in scientific and mathematical modeling, enabling more accurate calculations and predictions.