What is expand sqrt(((ln(0.3))^2)/(pi^2+(ln(0.3))^2)) ?

The solution to expand sqrt(((ln(0.3))^2)/(pi^2+(ln(0.3))^2)) is (1.20397…)/(3.36439…)

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expand sqrt(((ln(0.3))^2)/(pi^2+(ln(0.3))^2))

expand

\frac{( ln ( 0.3 ) ) ^{2}}{π ^{2} + ( ln ( 0.3 ) ) ^{2}}

\frac{1.20397 \dots}{3.36439 \dots}

Decimal Notation

0.35785 \dots

Solution steps

\frac{( ln ( 0.3 ) ) ^{2}}{π ^{2} + ( ln ( 0.3 ) ) ^{2}}

Apply radical rule:

\frac{a}{b} = \frac{a}{b}

\frac{( ln ( 0.3 ) ) ^{2}}{π ^{2} + ( ln ( 0.3 ) ) ^{2}} = \frac{( ln ( 0.3 ) ) ^{2}}{π ^{2} + ( ln ( 0.3 ) ) ^{2}}

= \frac{( ln ( 0.3 ) ) ^{2}}{π ^{2} + ( ln ( 0.3 ) ) ^{2}}

(ln (0.3))^{2} = 1.20397 \dots

= \frac{1.20397 \dots}{π ^{2} + ( ln ( 0.3 ) ) ^{2}}

π^{2} + (ln (0.3))^{2} = 3.36439 \dots

= \frac{1.20397 \dots}{3.36439 \dots}

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5 e^{2 t} \cdot 5 e^{2 t}

(28 x^{5} y^{3} z^{2}) \cdot (4 x y z^{6})

What is expand sqrt(((ln(0.3))^2)/(pi^2+(ln(0.3))^2)) ?
The solution to expand sqrt(((ln(0.3))^2)/(pi^2+(ln(0.3))^2)) is (1.20397…)/(3.36439…)