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Left-justify math in display style

Smaller matrices (or other math elements) in displayed mathLeft-justify text in LaTeXJustify text left and rightLeft-aligned display math modeStyle question: Good spacing in (display-)mathDisplay math gets typeset as inline mathHow can I left-justify text in centered math mode?Indentation after display-style mathHow to justify text that contains inline-style equations?ragged left in Plain TeX

0

I've searched this site and found various methods to left-justify math in display style, including setlength{mathindent}{0pt}. But I can't get any of them to work, regardless of which display I environment I use.

I'd like to know how to get every equation in a document to be right-justified, as well as how to get selected equations to be right-justified, hopefully in the simplest way possible. Here's my code:

%&latex

documentclass[9 pt]{article}

usepackage{diffcoeff}

usepackage{mathtools}

usepackage{extsizes}

usepackage{esdiff, nccmath}

usepackage{booktabs}

usepackage[showframe]{geometry}

usepackage[bottom=.5in,top=1in]{geometry}%ALLOWS ME TO SET MARGINS

usepackage[fleqn]{amsmath}





setlength{voffset}{-0.75in} 

setlength{parindent}{0pt} 

setlength{parskip}{15pt} 

setlength{mathindent}{0pt}



newcommand{ffrac}[2]{ensuremath{frac{displaystyle #1}{displaystyle

#2}}}



title{vspace{-25cm}}

author{}

date{}

begin{document}



section*{Left align minimum working example$} 



$$ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}$$



[

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

]



begin{align}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{align}



begin{gather}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{gather}



begin{equation}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{equation}





end{document}�

Currently, everything remains center-justified:

math-mode horizontal-alignment formatting displaystyle justification

share

asked 38 secs ago

theoristtheorist

1286

add a comment | 

0

I've searched this site and found various methods to left-justify math in display style, including setlength{mathindent}{0pt}. But I can't get any of them to work, regardless of which display I environment I use.

I'd like to know how to get every equation in a document to be right-justified, as well as how to get selected equations to be right-justified, hopefully in the simplest way possible. Here's my code:

%&latex

documentclass[9 pt]{article}

usepackage{diffcoeff}

usepackage{mathtools}

usepackage{extsizes}

usepackage{esdiff, nccmath}

usepackage{booktabs}

usepackage[showframe]{geometry}

usepackage[bottom=.5in,top=1in]{geometry}%ALLOWS ME TO SET MARGINS

usepackage[fleqn]{amsmath}





setlength{voffset}{-0.75in} 

setlength{parindent}{0pt} 

setlength{parskip}{15pt} 

setlength{mathindent}{0pt}



newcommand{ffrac}[2]{ensuremath{frac{displaystyle #1}{displaystyle

#2}}}



title{vspace{-25cm}}

author{}

date{}

begin{document}



section*{Left align minimum working example$} 



$$ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}$$



[

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

]



begin{align}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{align}



begin{gather}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{gather}



begin{equation}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{equation}





end{document}�

Currently, everything remains center-justified:

math-mode horizontal-alignment formatting displaystyle justification

share

asked 38 secs ago

theoristtheorist

1286

add a comment | 

I've searched this site and found various methods to left-justify math in display style, including setlength{mathindent}{0pt}. But I can't get any of them to work, regardless of which display I environment I use.

I'd like to know how to get every equation in a document to be right-justified, as well as how to get selected equations to be right-justified, hopefully in the simplest way possible. Here's my code:

%&latex

documentclass[9 pt]{article}

usepackage{diffcoeff}

usepackage{mathtools}

usepackage{extsizes}

usepackage{esdiff, nccmath}

usepackage{booktabs}

usepackage[showframe]{geometry}

usepackage[bottom=.5in,top=1in]{geometry}%ALLOWS ME TO SET MARGINS

usepackage[fleqn]{amsmath}





setlength{voffset}{-0.75in} 

setlength{parindent}{0pt} 

setlength{parskip}{15pt} 

setlength{mathindent}{0pt}



newcommand{ffrac}[2]{ensuremath{frac{displaystyle #1}{displaystyle

#2}}}



title{vspace{-25cm}}

author{}

date{}

begin{document}



section*{Left align minimum working example$} 



$$ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}$$



[

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

]



begin{align}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{align}



begin{gather}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{gather}



begin{equation}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{equation}





end{document}�

Currently, everything remains center-justified:

math-mode horizontal-alignment formatting displaystyle justification

share

asked 38 secs ago

theoristtheorist

1286

%&latex

documentclass[9 pt]{article}

usepackage{diffcoeff}

usepackage{mathtools}

usepackage{extsizes}

usepackage{esdiff, nccmath}

usepackage{booktabs}

usepackage[showframe]{geometry}

usepackage[bottom=.5in,top=1in]{geometry}%ALLOWS ME TO SET MARGINS

usepackage[fleqn]{amsmath}





setlength{voffset}{-0.75in} 

setlength{parindent}{0pt} 

setlength{parskip}{15pt} 

setlength{mathindent}{0pt}



newcommand{ffrac}[2]{ensuremath{frac{displaystyle #1}{displaystyle

#2}}}



title{vspace{-25cm}}

author{}

date{}

begin{document}



section*{Left align minimum working example$} 



$$ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}$$



[

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

]



begin{align}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{align}



begin{gather}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{gather}



begin{equation}

ln K_P=sum_{i} lnleft(ffrac{p_i^{eq}}{p^o}right)^{nu_i}

end{equation}





end{document}�

share

asked 38 secs ago

theoristtheorist

1286

share

asked 38 secs ago

theoristtheorist

1286

asked 38 secs ago

theoristtheorist

1286

asked 38 secs ago

theoristtheorist

1286