The limit is equivalent to the value of the derivative of 
at 
. (See definition of derivative)
The following statement is an example of: every fall there have been hurricanes in the tropics. Therefore, there will be hurrica
1 answer:
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Answer:
Hope this helps!
Step-by-step explanation:
Given a series, the ratio test implies finding the following limit:
If r<1 then the series converges, if r>1 the series diverges and if r=1 the test is inconclusive and we can't assure if the series converges or diverges. So let's see the terms in this limit:
Then the limit is:
We can simplify the expressions inside the absolute value:
Since none of the terms inside the absolute value can be negative we can write this with out it:
Now let's re-writte n/(n+1):
Then the limit we have to find is:
Note that the limit of 1/n when n tends to infinite is 0 so we get:
So from the test ratio r=0.4 and the series converges. Then the answer is the second option.