= (c) Recall e 2.71828... is Euler's constant and e is the exponential function. Since e...

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= (c) Recall e 2.71828... is Euler's constant and e is the exponential function. Since e > 2, you may assume that. lim = . Show that e xxx2 ex lim = . xxx Hint: you may use the result of part (b) and a new Squeeze Theorem in one of the lectures. = (c) Recall e 2.71828... is Euler's constant and e is the exponential function. Since e > 2, you may assume that. lim = . Show that e xxx2 ex lim = . xxx Hint: you may use the result of part (b) and a new Squeeze Theorem in one of the lectures.

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To show that lim we can use the result from part b that lim positive integer n Given that e 2 w... View the full answer