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lim_(n rarr oo)e^((n)/(n))

limnenn \lim _{n \rightarrow \infty} e^{\frac{n}{n}}

Full solution

Q. limnenn \lim _{n \rightarrow \infty} e^{\frac{n}{n}}
  1. Exponential Simplification: We know that e(n/n)e^{(n/n)} simplifies to e(1)e^{(1)} because n/nn/n is 11 for all nn except when nn is 00, which isn't the case here.
  2. Constant Limit: Since e(1)e^{(1)} is just ee, and ee is a constant, the limit of a constant as nn approaches infinity is just the constant itself.
  3. Final Limit Calculation: So, the limit of e(n/n)e^{(n/n)} as nn approaches infinity is ee.

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