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In Hindi-Urdu , the vocative case has the same form as the nominative case for all singular nouns except for the singular masculine nouns that terminate in the vowel आ /aː/ ā and for all nouns in their plural forms the vocative case is always distinct from the nominative case. [9] Adjectives in Hindi-Urdu also have a vocative case form.
Hindi-Urdu has three noun cases, the nominative, oblique, and vocative cases. The vocative case is now obsolete (but still used in certain regions [citation needed]) and the oblique case doubles as the vocative case. The pronoun cases in Hindi-Urdu are the nominative, ergative, accusative, dative, and two oblique cases.
In modern grammar, a particle is a function word that must be associated with another word or phrase to impart meaning, i.e., it does not have its own lexical definition. [citation needed] According to this definition, particles are a separate part of speech and are distinct from other classes of function words, such as articles, prepositions, conjunctions and adverbs.
Hindi-Urdu, also known as Hindustani, has three noun cases (nominative, oblique, and vocative) [1] [2] and five pronoun cases (nominative, accusative, dative, genitive, and oblique). The oblique case in pronouns has three subdivisions: Regular, Ergative , and Genitive .
The term particle is rather general in meaning, and is refined as needed by various scientific fields. Anything that is composed of particles may be referred to as being particulate. [ 3 ] However, the noun particulate is most frequently used to refer to pollutants in the Earth's atmosphere , which are a suspension of unconnected particles ...
The meaning conveyed is the doer went somewhere to do something and came back after completing the action. This can also mean "to know how to" in the indefinite/habitual present tense – to know how to do: karnā ānā 1. karnā: 1. kar ānā "to finish (and come back)", "to do (and return)"; cuknā "to have (already) completed something"
The development of the Standard Model of particle physics by Sheldon Glashow's discovery in 1960 of a way to combine the electromagnetic and weak interactions. [6] In 1967 Steven Weinberg [ 7 ] and Abdus Salam [ 8 ] incorporated the Higgs mechanism [ 9 ] [ 10 ] [ 11 ] into Glashow's electroweak theory , giving it its modern form.
M. A. B. Beg, theoretical particle physicist; Muhammad Imran Qadir, pharmaceutical scientist; Muhammad Iqbal Choudhary, organic chemist; Muhammad Masud Ahmad ...