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for that value of X and because I could |
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for that value of X and because I could |
do this for any X |
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do this for any X |
align:start position:0% |
do this for any X |
for any X |
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for any X |
align:start position:0% |
for any X |
this works |
align:start position:0% |
this works |
align:start position:0% |
this works |
this converges to zero for any |
align:start position:0% |
this converges to zero for any |
align:start position:0% |
this converges to zero for any |
fixed |
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fixed |
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fixed |
X that's what tells you that you can |
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X that's what tells you that you can |
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X that's what tells you that you can |
take the radius of that the radius of |
align:start position:0% |
take the radius of that the radius of |
align:start position:0% |
take the radius of that the radius of |
convergence is infinity because in the |
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convergence is infinity because in the |
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convergence is infinity because in the |
formula in the in the fact this property |
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formula in the in the fact this property |
align:start position:0% |
formula in the in the fact this property |
of the just that the radius of |
align:start position:0% |
of the just that the radius of |
align:start position:0% |
of the just that the radius of |
convergence talks about if R is equal |
align:start position:0% |
convergence talks about if R is equal |
align:start position:0% |
convergence talks about if R is equal |
infinity this is no condition on X every |
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infinity this is no condition on X every |
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