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The least value of n for which the number of integral terms in the Binomialexpansion of (7+ 12/11) The least value of n for which the number of integral terms in the Binomialexpansion of (7+ 12/11)
The least value of n for which the number of integral terms in the binomial expansion of (∛7+√(12&11 The least value of n for which the number of integral terms in the binomial expansion of (∛7+√(12&11
The least value of n for which number of integral term in binomial expansion (∛7+√(12&11))^n is 183, The least value of n for which number of integral term in binomial expansion (∛7+√(12&11))^n is 183,
least value of n for which no integral terms in Expansion ( 3√ 7+ 12√11)ⁿ is 183, is .... least value of n for which no integral terms in Expansion ( 3√ 7+ 12√11)ⁿ is 183, is ....
🔥 JEE Mains PYQ: Find the Integral Terms in Binomial Expansion! 🧮✨#jeemains #pyq #jeemaths 🔥 JEE Mains PYQ: Find the Integral Terms in Binomial Expansion! 🧮✨#jeemains #pyq #jeemaths
Short-Trick To Find Number Of Integral Terms | Binomial Theorem | | JEE 2026 | Namrata Ma Short-Trick To Find Number Of Integral Terms | Binomial Theorem | | JEE 2026 | Namrata Ma'am
JEE MAIN PYQ 2025 ( 29 JAN- Shift 1 )|| BINOMIAL THEOREM PYQ 2025 || IIT JEE MATH11 #JEE2025 JEE MAIN PYQ 2025 ( 29 JAN- Shift 1 )|| BINOMIAL THEOREM PYQ 2025 || IIT JEE MATH11 #JEE2025
If the number of integral terms in the expansion of (3½+5⅛)^n is exactly 33 then the least value of If the number of integral terms in the expansion of (3½+5⅛)^n is exactly 33 then the least value of