Halley's

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Anonymous

Halley's 2016-01-04 09:23:30 Post No. 7761421

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Halley's 2016-01-04 09:23:30 Post No. 7761421

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Does this simplify further?

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Yes.

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>>7761421

Is that denominator: [eqn] \ln (2) \left ( 2^{2y_n} + x 2^{y_n} \right ) [/eqn] or [eqn] \ln \left ( 2 \left ( 2^{2y_n} + 2^{y_n} \right ) \right ) [/eqn]

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>>7761483

Yes

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>>7761483

[eqn] \ln (2) \left ( 2^{2y_n} + x 2^{y_n} \right ) [/eqn]

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>>7761483

Where do you see ln?

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>>7761421

You can cancel a 2^y_n

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>>7761809

denominator

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>>7761789

In that case factor out a 2^{y_n} in both the numerator and denominator and cancel.

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>>7762262

[eqn]y_{n+1}=y_n\ -\frac{2\left(2^{y_n}-x\right)}{\ln (2)\left(2^{y_n}+x\right)}[/eqn]

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>>7762270

[eqn] y_{n+1}=y_n\ -\frac{2\left(2^{y_n}-x\right)}{\ln (2)\left(2^{y_n}+x\right)} [/eqn]

omg. where can i get a plugin for LaTeX so this isn't so painful?

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