Argthtjtr

documentclass{article}



usepackage{amsmath}



begin{document}



begin{align*}

y ={}& frac{1}{n!} leftlbrace int + f(a) right. \

     &left. vphantom{int} + [h(u)+phi(x)] + C rightrbrace 

end{align*}

end{document}

documentclass{article}



usepackage{amsmath}



begin{document}



begin{align*}

y ={}& frac{1}{n!} leftlbrace int + f(a) right. \

     &left. vphantom{int} + [h(u)+phi(x)] + C rightrbrace 

end{align*}

end{document}

documentclass{article}



usepackage{amsmath}



begin{document}



begin{align*}

y ={}& frac{1}{n!} leftlbrace int + f(a) right. \

     &left. vphantom{int} + [h(u)+phi(x)] + C rightrbrace 

end{align*}

end{document}

documentclass{article}



usepackage{amsmath}



begin{document}



begin{align*}

y ={}& frac{1}{n!} leftlbrace int + f(a) right. \

     &left. vphantom{int} + [h(u)+phi(x)] + C rightrbrace 

end{align*}

end{document}

add a comment | 

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documentclass{article}



usepackage{amsmath}



begin{document}



The following aligns the + with the fraction

begin{equation*}

begin{split}

y ={} & frac{1}{n!} biggllbrace int + f(a) \

      & {} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}

but with a slight offset; with the following the

offset is removed

begin{equation*}

begin{split}

y ={} & frac{1}{n!} biggllbrace int + f(a) \

      & {mspace{-medmuskip}} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}

However, I'd align with the integral sign 

begin{equation*}

begin{split}

y = frac{1}{n!} biggllbrace &!int + f(a) \

      & {mspace{-medmuskip}} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}



end{document}

documentclass{article}



usepackage{amsmath}



begin{document}



The following aligns the + with the fraction

begin{equation*}

begin{split}

y ={} & frac{1}{n!} biggllbrace int + f(a) \

      & {} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}

but with a slight offset; with the following the

offset is removed

begin{equation*}

begin{split}

y ={} & frac{1}{n!} biggllbrace int + f(a) \

      & {mspace{-medmuskip}} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}

However, I'd align with the integral sign 

begin{equation*}

begin{split}

y = frac{1}{n!} biggllbrace &!int + f(a) \

      & {mspace{-medmuskip}} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}



end{document}

documentclass{article}



usepackage{amsmath}



begin{document}



The following aligns the + with the fraction

begin{equation*}

begin{split}

y ={} & frac{1}{n!} biggllbrace int + f(a) \

      & {} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}

but with a slight offset; with the following the

offset is removed

begin{equation*}

begin{split}

y ={} & frac{1}{n!} biggllbrace int + f(a) \

      & {mspace{-medmuskip}} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}

However, I'd align with the integral sign 

begin{equation*}

begin{split}

y = frac{1}{n!} biggllbrace &!int + f(a) \

      & {mspace{-medmuskip}} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}



end{document}

documentclass{article}



usepackage{amsmath}



begin{document}



The following aligns the + with the fraction

begin{equation*}

begin{split}

y ={} & frac{1}{n!} biggllbrace int + f(a) \

      & {} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}

but with a slight offset; with the following the

offset is removed

begin{equation*}

begin{split}

y ={} & frac{1}{n!} biggllbrace int + f(a) \

      & {mspace{-medmuskip}} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}

However, I'd align with the integral sign 

begin{equation*}

begin{split}

y = frac{1}{n!} biggllbrace &!int + f(a) \

      & {mspace{-medmuskip}} + [h(u)+phi(x)] + C biggrrbrace

end{split}

end{equation*}



end{document}

add a comment | 

begin{align*}

y &= frac{1}{n!} leftlbrace int + f(a) right. \

  &phantom{=} left. vphantom{int} + [h(u)+phi(x)] + C rightrbrace 

end{align*}    

begin{align*}

y &= frac{1}{n!} leftlbrace int + f(a) right. \

  &phantom{=} left. vphantom{int} + [h(u)+phi(x)] + C rightrbrace 

end{align*}    

begin{align*}

y &= frac{1}{n!} leftlbrace int + f(a) right. \

  &phantom{=} left. vphantom{int} + [h(u)+phi(x)] + C rightrbrace 

end{align*}    

begin{align*}

y &= frac{1}{n!} leftlbrace int + f(a) right. \

  &phantom{=} left. vphantom{int} + [h(u)+phi(x)] + C rightrbrace 

end{align*}    

add a comment | 

documentclass[twocolumn,a5paper]{article}



usepackage{amsmath}



begin{document}



begin{multline*}

y =frac{1}{n!} Bigllbrace int + f(a)  \

    {} + [h(u)+phi(x)] + C Bigrrbrace 

end{multline*}

end{document}

documentclass[twocolumn,a5paper]{article}



usepackage{amsmath}



begin{document}



begin{multline*}

y =frac{1}{n!} Bigllbrace int + f(a)  \

    {} + [h(u)+phi(x)] + C Bigrrbrace 

end{multline*}

end{document}

documentclass[twocolumn,a5paper]{article}



usepackage{amsmath}



begin{document}



begin{multline*}

y =frac{1}{n!} Bigllbrace int + f(a)  \

    {} + [h(u)+phi(x)] + C Bigrrbrace 

end{multline*}

end{document}

documentclass[twocolumn,a5paper]{article}



usepackage{amsmath}



begin{document}



begin{multline*}

y =frac{1}{n!} Bigllbrace int + f(a)  \

    {} + [h(u)+phi(x)] + C Bigrrbrace 

end{multline*}

end{document}

add a comment |