karush
Gold Member
MHB
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View attachment 1664
Basically I am trying to understand this question,
the graph is $$\lim_{x to a} {([[x]]+[[-x]])}$$
the last $$2$$ lines are the answers from W|A.
First, is looks like an greatest integer function, or notated as the floor function
next I presume $$\displaystyle x\rightarrow\text{a}$$ is where on the $$x$$ axis where the limit exists
it appears just from the graph that there are holes at the integer values
but not sure what the imaginary part means?
Basically I am trying to understand this question,
the graph is $$\lim_{x to a} {([[x]]+[[-x]])}$$
the last $$2$$ lines are the answers from W|A.
First, is looks like an greatest integer function, or notated as the floor function
next I presume $$\displaystyle x\rightarrow\text{a}$$ is where on the $$x$$ axis where the limit exists
it appears just from the graph that there are holes at the integer values
but not sure what the imaginary part means?