Number System Divisibility Rules | SSC CGL Pre + Mains | Maths by Pawan Rao (Part-3) скачать в хорошем качестве

Number System Divisibility Rules | SSC CGL Pre + Mains | Maths by Pawan Rao (Part-3)

Number System Divisibility Rules | SSC CGL Pre + Mains | Maths by Pawan Rao (Part-3) Master the divisibility rules to solve number system questions faster in SSC CGL Prelims and Mains! In this Part-3 session, Pawan Rao explains the essential divisibility rules with simple tricks and shortcuts to boost your accuracy and speed. Perfect for SSC CGL aspirants aiming for success in competitive exams. Watch now and level up your Maths preparation! #SSC #SSCPrep #SSCCGL #MathsTricks #DivisibilityRules #CompetitiveExams #MathsByPawanRao #SSCMains #SSCCGLPrelims #ExamPreparation #SSC2025 #NumberSystem #MathsShortcuts #SSCCGLStrategy 👉SSC ( CGL,CPO,CHSL) CDS,CAT Maths Complete Course With Bascis. 👉Download Singhkori Education App : https://play.google.com/store/apps/de... 👉 WhatsApp: https://whatsapp.com/channel/0029VaCr... 👉TELEGRA-https://t.me/mathswithpawanrao 👉DOUBT TELEGRAM LINK -https://t.me/singhkorieducationssc 👉Learn Number System With Basics For #Divisibility_Rule and other subtopics like - 👉Divisibility Rule Of :- 1 = Any integer is divisible by 1. 2 = The last digit is even (0,2,4,6,8). 3 = The sum of the digits is divisible by 3. 4 = The last 2 digits are divisible by 4. 5 = The last digit is 0 or 5. 6 = Is even and is divisible by 3 (it passes both the 2 rule and 3 rule above). 7 = Double the last digit and subtract it from a number made by the other digits. The result must be divisible by 7. 8 = The last three digits are divisible by 8. 9 = The sum of the digits is divisible by 9. 10 = The number ends in 0. 11 = Add and subtract digits in an alternating pattern (add digit, subtract next digit, add next digit,etc). Then check if that answer is divisible by 11. 12 = The number is divisible by both 3 and 4 (it passes both the 3 rule and 4 rule above). Introduction Number System with a list of formulas with basics. 👉Facebook Page - ⇒  / pawanraomothers