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Is the sentence true or false?
(1+x)(2+x)\frac{\left(1+x\right)}{\left(2+x\right)}(2+x)(1+x) does not exist due to oscillating behavior.
True
False
Sin(1/x) does not exist due to oscillating behavior.
2 cos(1/x) does not exist due to oscillating behavior.
does not exist due to unbounded behaviour.
Evaluate.
1/(1-x) =
1
2
fail to exist
cos(1/(1-x)) does not exist due to unbounded behaviour.
(1+x)(1−x)\frac{\left(1+x\right)}{\left(1-x\right)}(1−x)(1+x) does not exist due to oscillating behavior.
sinlimx→3sin(13−x)\sin\lim_{x\to3}\sin\left(\frac{1}{3-x}\right)sinlimx→3sin(3−x1)
does not exist due to oscillating behavior
Evaluate. Cos(1/x)=
Evaluate. Sin(1/x)=
-3
-2
It is done.