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think maybe jerison talked about this
also
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also
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also
anyway here's another basic example
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anyway here's another basic example
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anyway here's another basic example
remember what the graph of this function
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remember what the graph of this function
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remember what the graph of this function
looks like when X is equal to minus 1
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looks like when X is equal to minus 1
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looks like when X is equal to minus 1
then there's a little problem here
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then there's a little problem here
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then there's a little problem here
because the denominator becomes 0 so the
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because the denominator becomes 0 so the
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because the denominator becomes 0 so the
graph has a pole there goes up to
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graph has a pole there goes up to
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graph has a pole there goes up to
infinity at x equals minus 1 and
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infinity at x equals minus 1 and
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infinity at x equals minus 1 and
that's an indication that the radius of
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that's an indication that the radius of
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that's an indication that the radius of
convergence doesn't is not infinity
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convergence doesn't is not infinity
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convergence doesn't is not infinity
because if you try to converge to this
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because if you try to converge to this
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because if you try to converge to this
infinite number by putting in x equals
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infinite number by putting in x equals
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infinite number by putting in x equals
minus 1 here you'll have a big problem
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