"If n is any odd number greater than 1, then `n\ (n^2-1)`is divisible by 24 always (b) divisible by

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If n is any odd number greater than 1, then `n\\ (n^2-1)` is divisible by 24 always (b) divisibl... If n is any odd number greater than 1, then `n\\ (n^2-1)` is divisible by 24 always (b) divisibl...
"If n is any odd number greater than 1, then `n\\ (n^2-1)`is divisible by 24 always (b) "If n is any odd number greater than 1, then `n\\ (n^2-1)`is divisible by 24 always (b)
If n is any odd number greater than 1 then n(n²-1) is If n is any odd number greater than 1 then n(n²-1) is
`n(n^2 -1)`, is divisible by 24 if n is an odd positive number. `n(n^2 -1)`, is divisible by 24 if n is an odd positive number.
"If n is a whole number greater than 1, then `n^2(n^2-1)`is always divisible by 8 (b) 10 (c) "If n is a whole number greater than 1, then `n^2(n^2-1)`is always divisible by 8 (b) 10 (c)
If n is a whole number greater than 1, then `n^2(n^2-1)` is always divisible by 8 (b) 10 (c) 12 ... If n is a whole number greater than 1, then `n^2(n^2-1)` is always divisible by 8 (b) 10 (c) 12 ...
"`n`being any odd number greater than 1, `n^(65)-n\\ `is always divisible by 5 (b) 1 "`n`being any odd number greater than 1, `n^(65)-n\\ `is always divisible by 5 (b) 1
`n` being any odd number greater than 1, `n^(65)-n\\ ` is always divisible by 5 (b) 13 (c) 24 (d... `n` being any odd number greater than 1, `n^(65)-n\\ ` is always divisible by 5 (b) 13 (c) 24 (d...