For some function c(x), the limit of c(x) as x approaches -2 does not exist and c(-2) does not exist. Which is a true statement about the function? Select one:
a. There is a jump discontinuity where x is -2.
b. There is a removable discontinuity where x is -2.
c. There is an infinite discontinuity where x is -2.
d. The function is continuous where x is -2.

C

Step-by-step explanation:

Removable discontinuities are usually holes in which limits do exist. The function is not continuous as stated. Usually, in jump discontinuities one value does exist c(-2). In this case, having an infinite discontinuity causes both the limit and the point to not exist.

inch

step-by-step explanation:

yard and mile are too big.

hi there!

question 1 answer: p/q can be terminating when q = 5^m * 2^n

question 2 answer: -1 and -1

question 3 answer: -4

question 4 answer: 5/12

hope this : )