: It is a word arrangement involving a number ( adad ) and a noun ( ma'dud ). Examples : أَحَدَ عَشَرَ ( ahada 'ashara ): Eleven.
. Understanding this structure is essential for performing operations like addition and multiplication, as it allows us to break complex problems into manageable parts. 2. Additive and Multiplicative Thinking There are two primary ways to compose numbers:
Both parts of the number match the noun's gender.
Every numerical phrase relies on two fundamental linguistic elements: tarkib adadi
Noun: كِتَاب (Book - Masculine singular). Number 3 must be feminine: ثَلَاثَةُ كُتُبٍ ( Thalathatu kutubin - Three books).
This structure is far from a simple pairing. The brilliance of the Arabic language lies in the intricate rules of agreement between the number and the counted noun, which depend on the type of number used. Mastering these rules is essential for forming correct and eloquent Arabic sentences.
For numbers 13 through 19, the compound experiences a : : It is a word arrangement involving a
Example (11) : أَحَدَ عَشَرَ كَوْكَبًا ( Ahada 'ashara kawkaban — Eleven stars)
This guide serves as a comprehensive resource for demystifying Tarkib 'Adadi . Whether you are a student of the Arabic language, a teacher, a translator, or a linguist, this article will provide you with the foundational knowledge and practical rules needed to master this critical aspect of Arabic syntax.
In Arabic grammar, a Tarkib refers to any phrase constructed by combining two or more words to form a semantic unit. When appended with the word Adadi (numerical), it designates a precise mathematical and syntactic boundary: Every numerical phrase relies on two fundamental linguistic
أَحَدَ عَشَرَ كَوْكَباً ( Ahada 'ashara kawkaban - Eleven stars. Kawkab is masculine, so both digits are masculine).
تِسْعَ عَشْرَةَ سَيَّارَةً ( Tis'a 'ashrata ) Nineteen cars Grammatical Analysis: I'rab and Bina'
To understand the rules of Tarkib Adadi, we must first classify the numbers in Arabic. They are divided into several categories, each with its own set of rules.
