Hello
I was wondering which areas this math problem involves in? I'm currently reading a course in calculus and I do not recognize the problem in my course literature .
Would be grateful if you could list the parts that you need to solve this problem.
. . .\(\displaystyle \mbox{For }\, p\, >\, 0,\, \mbox{ solve the following:}\)
. . . . .\(\displaystyle \displaystyle \lim_{n \rightarrow \infty}\, \dfrac{1\, +\, 2^p\, +\, 3^p\, +\, ...\, +\, n^p}{n^{p+1}}\)
I was wondering which areas this math problem involves in? I'm currently reading a course in calculus and I do not recognize the problem in my course literature .
Would be grateful if you could list the parts that you need to solve this problem.
. . .\(\displaystyle \mbox{For }\, p\, >\, 0,\, \mbox{ solve the following:}\)
. . . . .\(\displaystyle \displaystyle \lim_{n \rightarrow \infty}\, \dfrac{1\, +\, 2^p\, +\, 3^p\, +\, ...\, +\, n^p}{n^{p+1}}\)
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