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Question

id="mathjax_msie_frame">> This question was asked before but never directly answered. I would like to know what the answer is. Describe the difference between a discontinuity that is  removable and one that is nonremovable. In your explanation, give examples of  the following:
class="vtbegenerated"> a. A function with nonremovable discontinuity at x = 3.
b.  A function with a removable discontinuity at x = -3.
c. A function that has  both a removable and a nonremovable discontinuity. class="vtbegenerated"> id="mathjax_msie_frame"> This question was asked before but never directly answered. I would like to know what the answer is. Describe the difference between a discontinuity that is  removable and one that is nonremovable. In your explanation, give examples of  the following:
class="vtbegenerated"> Describe the difference between a discontinuity that is  removable and one that is nonremovable. In your explanation, give examples of  the following:
a. A function with nonremovable discontinuity at x = 3.
b.  A function with a removable discontinuity at x = -3.
c. A function that has  both a removable and a nonremovable discontinuity.

Explanation / Answer

it's removably discontinuous if you can fix the discontinuity by redifining a finite number of points in the function to fill the hole (the discontinuity)

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