Using binomial theorem, prove that \( 2^{3 n}-7 n-1 \) is divisible by 49 , where \( n \in N \).

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Using Binomial Theorem Prove that 2 power 3n - 7n - 1 is Divisible By 49 where n belongs to N Using Binomial Theorem Prove that 2 power 3n - 7n - 1 is Divisible By 49 where n belongs to N
Q: Using Binomial Theorem, Prove that 2^3n-7n-1 is divisible by 49; nāˆˆN Q: Using Binomial Theorem, Prove that 2^3n-7n-1 is divisible by 49; nāˆˆN
By using binomial theorem, prove that : \( 2^{3 n}-7 n-1 \) is divisible by 49, for all \( n \in... By using binomial theorem, prove that : \( 2^{3 n}-7 n-1 \) is divisible by 49, for all \( n \in...
Using binomial theorem, prove that 2^3n -7n -1 is divisible by 49, where n āˆˆ N Using binomial theorem, prove that 2^3n -7n -1 is divisible by 49, where n āˆˆ N
Using binomial theorem, prove that `2^(3n)-7^n-1` is divisible by `49` , where `n in Ndot` Using binomial theorem, prove that `2^(3n)-7^n-1` is divisible by `49` , where `n in Ndot`
Using binomial theorem prove that 50^n - 49n - 1 is divisible by 49^2, AA n in N | 12 | BINOMIA... Using binomial theorem prove that 50^n - 49n - 1 is divisible by 49^2, AA n in N | 12 | BINOMIA...
2^3 n-7 n-1 is divisible by (A) 64 (B) 36 (C) 49 2^3 n-7 n-1 is divisible by (A) 64 (B) 36 (C) 49
Prove that `{2^(3n) -7 n-1}` is completely divisible by the number 49 Prove that `{2^(3n) -7 n-1}` is completely divisible by the number 49