What is simplify-0.402-(0.05916)/2 log_{10}((0.5)/1) ?

The solution to simplify-0.402-(0.05916)/2 log_{10}((0.5)/1) is -201/500+1479/50000 log_{10}(2)

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simplify-0.402-(0.05916)/2 log_{10}((0.5)/1)

simplify

- 0.402 - \frac{0.05916}{2} lo g_{10} (\frac{0.5}{1})

- \frac{201}{500} + \frac{1479}{50000} lo g_{10} (2)

Decimal Notation

- 0.39309 \dots

Solution steps

- 0.402 - \frac{0.05916}{2} lo g_{10} (\frac{0.5}{1})

0.402 = \frac{201}{500}

= - \frac{201}{500} - \frac{0.05916}{2} lo g_{10} (\frac{0.5}{1})

\frac{0.05916}{2} = \frac{5916}{200000}

= - \frac{201}{500} - \frac{5916}{200000} lo g_{10} (\frac{0.5}{1})

\frac{5916}{200000} lo g_{10} (\frac{0.5}{1}) = - \frac{1479}{50000} lo g_{10} (2)

= - \frac{201}{500} - (- \frac{1479}{50000} lo g_{10} (2))

Apply rule:

a - (- b) = a + b

- \frac{201}{500} - (- \frac{1479}{50000} lo g_{10} (2)) = - \frac{201}{500} + \frac{1479}{50000} lo g_{10} (2)

= - \frac{201}{500} + \frac{1479}{50000} lo g_{10} (2)

4.184 \cdot ln (\frac{( 273.15 + 60 )}{( 273.15 + 18 )})

ln (x) + 6 ln (\frac{y + x}{x}) - 9 ln (\frac{y + 2 x}{x})

- 7 ln (7 \cdot 0.9)

ln (112) - ln (133)

lo g_{10} (1.04167) + 0.6 \cdot lo g_{10} (0.749996)

What is simplify-0.402-(0.05916)/2 log_{10}((0.5)/1) ?
The solution to simplify-0.402-(0.05916)/2 log_{10}((0.5)/1) is -201/500+1479/50000 log_{10}(2)