من ويكيبيديا، الموسوعة الحرة
هذه قائمة تكاملات الدوال الزائدية العكسية أخذاً بالعلم أن (a) عدد غير صفري وأن (C) هي ثابت التكامل.
تكاملات دالة الجيب الزائدية العكسية
[عدل]
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





تكاملات دالة جيب التمام الزائدية العكسية
[عدل]







تكاملات دالة الظل الزائدية العكسية
[عدل]




تكاملات دالة ظل التمام الزائدية العكسية
[عدل]




تكاملات دالة القاطع الزائدية العكسية
[عدل]




تكاملات دالة قاطع التمام الزائدية العكسية
[عدل]

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
