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You can approximate e by substituting large values for n into the expression ______. a) (1-n)^1/n b) (1+1/n)^n c) (1-1/n)^n d) (1+n)^1/n
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You can approximate e by substituting large values for n into the expression ______. a) (1-n)^1/n b) (1+1/n)^n c) (1-1/n)^n d) (1+n)^1/n
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May 7, 2018
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You can approximate e by substituting large values for n into the expression ______.
a) (1-n)^1/n
b) (1+1/n)^n
c) (1-1/n)^n
d) (1+n)^1/n
Mathematics
high-school
Ahmet Tanakol
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Ahmet Tanakol
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Answer:
b) (1+1/n)^n
Explanation:
Jeff Bezanson
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May 9, 2018
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Jeff Bezanson
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e is approximately equal to (1+ 1/n) ^n
You can test this:
(1 + (1/50000))^50000 = 2.718
So the answer is B
Alexandr Tatarinov
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May 13, 2018
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Alexandr Tatarinov
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