By using binomial theorem, prove that : \( 3^{3 n}-26 n-1 \) is divisible by 676 , for all \( n ...

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If \( n \) is a positive integer, prove that \( 3^{3 n}-26 n-1 \) is divisible by 676 .If \( n \) is a positive integer, prove that \( 3^{3 n}-26 n-1 \) is divisible by 676 .
If n is a positive integer, prove that3^(3n) - 26n - 1 is divisible by 676If n is a positive integer, prove that3^(3n) - 26n - 1 is divisible by 676
It `n` is a positive integer, prove that `3^(3n)-26n-1` is divisible by `676.`It `n` is a positive integer, prove that `3^(3n)-26n-1` is divisible by `676.`
For all `n in N, 3^(3n)-26^(n)-1` is divisible byFor all `n in N, 3^(3n)-26^(n)-1` is divisible by
BINOMIAL THEOREM #mathBINOMIAL THEOREM #math
Using binomial theorem show that `3^(4n+1)+16n-3` is divisible by 256 if n is a positive integer.Using binomial theorem show that `3^(4n+1)+16n-3` is divisible by 256 if n is a positive integer.
Proof that n^3 - n is divisible by 3 using Mathematical InductionProof that n^3 - n is divisible by 3 using Mathematical Induction
Using binomial theorem, prove that \\(3^{2 n+2}-8 n-9\\) is divisible by \\(64, n \\in N\\).....Using binomial theorem, prove that \\(3^{2 n+2}-8 n-9\\) is divisible by \\(64, n \\in N\\).....