Question: Question 7 0 l 1 point You are working with the 8 6 definition of the limit with the function f($) : $2 and 13

 Question 7 0 l 1 point You are working with the8 6 definition of the limit with the function f($) : $2

Question 7 0 l 1 point You are working with the 8 6 definition of the limit with the function f($) : $2 and 13 : 2. For which of the following intervals will select any :1} in that interval guarantee that the corresponding f(:13) is in the interval ((11111 132) 6, (11111 932) -l- 8) when 6' : 0. 65? (Select all that are correct.) 3&2 me2 , (3 V5) , (x/BTI'E, W) Z (3.35, 4.65) (J53? x/) _ (4 W, W) There is no such interval. None of the above are correct. Question 10 O l 1 point What is wrong with the following definition of the statement "the limit as :8 goes to a of f($) is L": "for an epsilon greater than 0. there must be a delta greater than D so that whenever the distance between f($) and L is less than epsilon, we must have the distance between :13 and a less than delta" (select all that apply) we need for all epsilon greater than zero we need to ensure that for an epsilon, we can find a delta we need to ensure that for a delta, we can find an epsilon there are no inequalities written out in this version this definition is perfect I: x ] something else is wrong with this definition

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