Mister Exam

Lang:

Identical expressions
(one + n)^ two *Abs(log(n))/(n^ two *log(one + n))
(1 plus n) squared multiply by Abs( logarithm of (n)) divide by (n squared multiply by logarithm of (1 plus n))
(one plus n) to the power of two multiply by Abs( logarithm of (n)) divide by (n to the power of two multiply by logarithm of (one plus n))
(1 + n)2*Abs(log(n))/(n2*log(1 + n))
1 + n2*Abslogn/n2*log1 + n
(1 + n)²*Abs(log(n))/(n²*log(1 + n))
(1 + n) to the power of 2*Abs(log(n))/(n to the power of 2*log(1 + n))
(1 + n)^2Abs(log(n))/(n^2log(1 + n))
(1 + n)2Abs(log(n))/(n2log(1 + n))
1 + n2Abslogn/n2log1 + n
1 + n^2Abslogn/n^2log1 + n
(1 + n)^2*Abs(log(n)) divide by (n^2*log(1 + n))
Similar expressions
(1 - n)^2*Abs(log(n))/(n^2*log(1 + n))
(1 + n)^2*Abs(log(n))/(n^2*log(1 - n))

Limit of the function (1 + n)^2Abs(log(n))/(n^2log(1 + n))

Limit of the function (1 + n)^2*Abs(log(n))/(n^2*log(1 + n))