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Consider the function f (x) = StartLayout Enlarged left-brace first row negative StartFraction x + 5 Over x + 3 EndFraction, x less-than negative 2 second row x cubed + 6, x greater-than-or-equal-to negative 2 EndLayout.

Which statement describes whether the function is continuous at x = –2?

The function is continuous at x = –2 because f(–2) exists.
The function is continuous at x = –2 because Limit as x approaches negative 2 plus f(x) = f(–2).
The function is not continuous at x = –2 because Limit as x approaches negative 2 f(x) ≠ f(–2).
The function is not continuous at x = –2 because Limit as x approaches negative 2 f(x) does not exist.


Consider The Function F X StartLayout Enlarged Leftbrace First Row Negative StartFraction X 5 Over X 3 EndFraction X Lessthan Negative 2 Second Row X Cubed 6 X class=

Sagot :

Answer:

D

Step-by-step explanation:

Edge

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