User:Pfafrich/Blahtex/% bugs

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User:Pfafrich/Blahtex en.wikipedia fixup

This page is part a set of pages devoted to fixing latex bugs in the english wikipedia so that they will be compatable with the meta:Blahtex MathML project.

Below are pages which contain the character % inside a math tag. Each occurence should be replaced by \% and when fixed the pages should be moved to the done section. Feel free to fix as necessary.

[edit] Done

Explosive material - $OB% = \frac{-1600}{Mol. wt. of compound} \times (2X + (Y/2) + M - Z)$
Explosive material - $OB% = \frac{-1600}{227.1} \times (14 + 2.5 - 6)$
Half-life - $\frac{100%}{2^N}$
Return on investment - $R O I A r i t h = + 100%$
Return on investment - $R O I A r i t h = - 100%$
Return on investment - $R O I L o g = ln(2) = 69.3%$
Weighted mean - $\bar{x} = \frac{4300}{50} = 86%$
Weighted mean - $\bar{x} = \frac{(20)80% + (30)90%}{20 + 30} = 86%$
Simpson's paradox - $S A (1) = 60%$
Simpson's paradox - $S B (1) = 90%$
Simpson's paradox - $S A (2) = 10%$
Simpson's paradox - $S B (2) = 30%$
Time value of money - $r = { 6 {\rm % \ per \ year} \over 12 {\rm \ months \ per \ year} } = 0.5 {\rm % \ per \ month}$
Synchrotron radiation - $1018 p h o t o n s / s / m m 2 / m r a d 2 / 0.1% B W$
Markup (business) - $= x % = (x / 100) = . x$
Markup (business) - $15% = (15 / 100) = .15$
Large numbers - $1 - \frac{10^9}{10^{10}} = 1 - \frac{1}{10} = 90%$
Price elasticity of demand - $E_d = \frac{%\ \rm{change}\ \rm{in}\ \rm{quantity}\ \rm{demanded}\ \rm{of}\ \rm{product}\ X}{%\ \rm{change}\ \rm{in}\ \rm{price}\ \rm{of}\ \rm{product}\ X} = \frac{\Delta Q_d}{\Delta P_d}$
Pythagorean expectation - $\mathrm{Win%} = \frac{\mathrm{Runs Scored}^2}{\mathrm{Runs Scored}^2 + \mathrm{Runs Allowed}^2} = \frac{1}{1+(\mathrm{Runs Allowed}/\mathrm{Runs Scored})^2},$
Pythagorean expectation - $\mathrm{Win%} = \frac{\mathrm{Points For}^{16.5}}{\mathrm{Points For}^{16.5} + \mathrm{Points Against}^{16.5}}.$
Weak base - $Percentage\ protonated = {molarity\ of\ HB^+ \over\ initial\ molarity\ of\ B} \times 100% = {[{HB}^+]\over [B]_{initial}} {\times 100%}$
Weak base - $\mathrm percentage \ protonated = {1.9 \times 10^{-5} \over .20} \times 100% = .0095%$
Volume percent - $volume\ percent=\frac{volume\ of\ solute}{volume\ of\ solution}*100%$
Transmittance - $T% = {I\over I_{0}} * 100%$
Transmittance - $A = 2 - \log_{}T%\,$
Inferential statistics - $P \approx(50 \pm 29)%$
Yield curve - $\frac{1.055^{11}}{1.05^{10}} - 1 = 10.6%$
Doomsday argument - $\Pr(N > 20n) = \frac{1}{\sqrt{20}} \simeq 22.3%.$
Voltage regulation - $VR = \frac{V_{nl} - V_{fl}}{V_{fl}} \times 100%$
Annualized failure rate - $\frac{1 failure}{136.9863 years}\times 100%=0.73%$
Regression analysis - $α = 5%$
User:Theresa knott/Those who disagree with Angela must not sign their comments - $- 100 e i π %$
User:Theresa knott/Those who disagree with Angela must not sign their comments - $\lim_{n \to \infty} \frac {1}{n} %$
Diceware - $1.21 * 10 - 9 %$
Absolute neutrophil count - $ANC = (%neutrophils + %bands)\times WBC$
Yield (chemistry) - $\frac{actual\ yield}{theoretical\ yield} \times 100% = percent\ yield$
Arc elasticity - $(% c h a n g e i n Q) / (% c h a n g e i n P)$
Urea reduction ratio - $URR = \frac{U_{pre}-U_{post}}{U_{pre}} \times 100%$
Cascade (chemical engineering) - $.01 3 = .000001 = .0001%$
Raytheon Six Sigma - $P e r c e n t S a v i n g s = (i 2 + 1) 2 * 100%$
Crowds - $50%$
Intelligent Designers - $\frac{1}{\infty-1}=0%$
Intelligent Designers - $\frac{\infty-1}{1}=100%$
POVM - $(1 - 1 / 2) / 2 = 25%$
POVM - $1-1/\sqrt{2}=29.3%$
Equivalent carbon content - $E_c = %C + \left(\frac{%Mn+%Si}{6} \right) + \left(\frac{%Cr+%Mo+%V}{5} \right) + \left(\frac{%Cu+%Ni}{15} \right)$

[edit] undone

Talk:Condorcet method - $53 / 105 > 50%$
Talk:Titanium - $57%\approx 60%$
User:Saeger - $(3 * 4) / (10%4) 2$
User talk:Leonard G. -
Talk:Creation-evolution controversy/archive 5 - $(PositionOnTheContinuum) = \frac{(BiblicalLiteralism)}{100% + (AcceptanceOfModernScience)}$
User:R3m0t/Reports/colon2 -
Talk:Autofellatio/Image polls and discussions - $\frac {119 * 100} {119 + 51} = 70%$
Talk:Autofellatio/Image polls and discussions - $\frac {93 * 100} {93 + 40} \approx 70%$
Wikipedia talk:Manual of Style (mathematics) -
Talk:Checking if a coin is fair - $2\sum_{i=7}^{10} {10 \choose i}.5^{10}\sim 34.38%$
User:Miborovsky/Sandbox - $%_{error} = \frac{value_{known} - value_{calculated}}{value_{known}} \times 100 = \frac{40.8 - 47.4}{40.8} \times 100 = 16.2%$
Wikipedia talk:Articles for deletion/List of theme songs - $7 / 11 = 63.6%$
User:Aeolien/Sandbox2 - $\begin{matrix} \frac{\left | \mbox{theoretical yield} - \mbox{experimental yield} \right |}{\mbox{theoretical yield}} & \mbox{x} & 100% \\ \ & \ & \ \\ \frac{\left | 0.03667 \ g - 0.038579715 \ g \right |}{0.03667 \ g} & \mbox{x} & 100% \\ \ & \ & \ \\ \ 5.20784% \ \mbox{error} & \ & \ \\ \end{matrix}$
Wikipedia:Articles for deletion/Distributive Corporation Tax - $P e r s o n a l a n d F a m i l y I n c o m e T a x = 0%$
User:Tcwd/Math - $$500 \times {4% \over 2}\,$
User:Tcwd/Math - ${-54 \over 150} = {-18 \over 50} = {-36%}\,$

User:Pfafrich/Blahtex/% bugs

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