- #1
Pearce_09
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I wish I had more done.. but I'm have trouble understanding this...
Show that the series The sum is k=0 to infinity [tex] \sum^\infty_0 1-x/(2+x)^k [/tex] converges uniformly on [0,1].
What I have done so far is take the
the lim is k-->infinity [tex]\lim_\infty 1-x/(2+x)^k = 0 [/tex]
therefore the limit exists...
does this even matter.. i mean, do I even need to state this.. because I still need to say if it converges on [0,1] which I am have trouble starting on.. please help.
thank you,
sorry i havnt quite mastered latex
adam
Show that the series The sum is k=0 to infinity [tex] \sum^\infty_0 1-x/(2+x)^k [/tex] converges uniformly on [0,1].
What I have done so far is take the
the lim is k-->infinity [tex]\lim_\infty 1-x/(2+x)^k = 0 [/tex]
therefore the limit exists...
does this even matter.. i mean, do I even need to state this.. because I still need to say if it converges on [0,1] which I am have trouble starting on.. please help.
thank you,
sorry i havnt quite mastered latex
adam
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