wayneckm
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Hello all, indeed this is always a question in my mind.
For a sequence, we can study the limit, let's say [tex]\lim_{n\rightarrow\infty} x_{n} = c[/tex] where [tex]c[/tex] can be [tex]\infty[/tex].
So whenever we talk about this kind of limit, we are generally interested in a sequence which would not attain [tex]c[/tex] at a finite value of [tex]n[/tex]. In other words, the sequence in the form of [tex]x_{n} = c[/tex] where [tex]n \geq N[/tex] for some finite [tex]N[/tex] is of no interest because the limit is trivial?
Thanks.
Wayne
For a sequence, we can study the limit, let's say [tex]\lim_{n\rightarrow\infty} x_{n} = c[/tex] where [tex]c[/tex] can be [tex]\infty[/tex].
So whenever we talk about this kind of limit, we are generally interested in a sequence which would not attain [tex]c[/tex] at a finite value of [tex]n[/tex]. In other words, the sequence in the form of [tex]x_{n} = c[/tex] where [tex]n \geq N[/tex] for some finite [tex]N[/tex] is of no interest because the limit is trivial?
Thanks.
Wayne