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Align equations within one column
Align Equations Over Multiple Tabular RowsAligned equations in tablesAdd extra space only between two specific columns of a tabular without adding extra columnsEquation align two column to one column with page widthtabu package - gaps in vertical linesWhat options are there to globally format tables also allowing local overrides?How do I align equations?Vertically align checkmark in table columnAlign equationsHow to align equations in two columns?Custom styling for printing glossary in document - textwidth for tabular style & print headersTop alignment using longtable and multicolumn
I have the following table in latex:
usepackage{booktabs}
usepackage{amsmath}
%%%
begin{table}
begin{tabular}{l@{hskip 4.8cm} c}
toprule
multicolumn{1}{l}{Conversion} & multicolumn{1}{c}{Formula} \
midrule
RR to OR & $mbox{OR} = cfrac{1-mbox{p}_{mbox{textit{non-exposed}}}}{1-mbox{p}_{mbox{textit{exposed}}}}$ \ addlinespace[0.5cm]
d to OR & $mbox{OR} = exp(mbox{d} cfrac{pi}{sqrt{3}})$ \ addlinespace[0.5cm]
r to d & $mbox{d} = cfrac{2mbox{r}}{sqrt{1-mbox{r}^2}} $ \ addlinespace[0.5cm]
g to d & $mbox{d} = cfrac{1}{mbox{J} left( mbox{df} right)} times mbox{g} $ \
bottomrule
end{tabular}
end{table}
I would like to align the equations in the right column, but for some reason I just cannot figure out how to do it. I have found a few similar questions on stackexchange (e.g., here). Most of the solutions use begin{aligned} and end{aligned}. The problem with that is that I do not know where to place the aligned environment since I only need it for the right-hand column.
Thanks a million!
tables equations vertical-alignment
asked 9 hours ago
MatthiasMatthias
235
New contributor
Matthias is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
I have the following table in latex:
usepackage{booktabs}
usepackage{amsmath}
%%%
begin{table}
begin{tabular}{l@{hskip 4.8cm} c}
toprule
multicolumn{1}{l}{Conversion} & multicolumn{1}{c}{Formula} \
midrule
RR to OR & $mbox{OR} = cfrac{1-mbox{p}_{mbox{textit{non-exposed}}}}{1-mbox{p}_{mbox{textit{exposed}}}}$ \ addlinespace[0.5cm]
d to OR & $mbox{OR} = exp(mbox{d} cfrac{pi}{sqrt{3}})$ \ addlinespace[0.5cm]
r to d & $mbox{d} = cfrac{2mbox{r}}{sqrt{1-mbox{r}^2}} $ \ addlinespace[0.5cm]
g to d & $mbox{d} = cfrac{1}{mbox{J} left( mbox{df} right)} times mbox{g} $ \
bottomrule
end{tabular}
end{table}
I would like to align the equations in the right column, but for some reason I just cannot figure out how to do it. I have found a few similar questions on stackexchange (e.g., here). Most of the solutions use begin{aligned} and end{aligned}. The problem with that is that I do not know where to place the aligned environment since I only need it for the right-hand column.
Thanks a million!
tables equations vertical-alignment
asked 9 hours ago
MatthiasMatthias
235
New contributor
Matthias is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
1
You could use a three column tabular and split up the equations at the = sign into a right and a left aligned column. The spacing between the columns can be adjusted using @{width of your choice}.
– leandriis
9 hours ago
1
Related and most likely interesting: tex.stackexchange.com/q/78788/134144
– leandriis
9 hours ago
add a comment |
I have the following table in latex:
usepackage{booktabs}
usepackage{amsmath}
%%%
begin{table}
begin{tabular}{l@{hskip 4.8cm} c}
toprule
multicolumn{1}{l}{Conversion} & multicolumn{1}{c}{Formula} \
midrule
RR to OR & $mbox{OR} = cfrac{1-mbox{p}_{mbox{textit{non-exposed}}}}{1-mbox{p}_{mbox{textit{exposed}}}}$ \ addlinespace[0.5cm]
d to OR & $mbox{OR} = exp(mbox{d} cfrac{pi}{sqrt{3}})$ \ addlinespace[0.5cm]
r to d & $mbox{d} = cfrac{2mbox{r}}{sqrt{1-mbox{r}^2}} $ \ addlinespace[0.5cm]
g to d & $mbox{d} = cfrac{1}{mbox{J} left( mbox{df} right)} times mbox{g} $ \
bottomrule
end{tabular}
end{table}
I would like to align the equations in the right column, but for some reason I just cannot figure out how to do it. I have found a few similar questions on stackexchange (e.g., here). Most of the solutions use begin{aligned} and end{aligned}. The problem with that is that I do not know where to place the aligned environment since I only need it for the right-hand column.
Thanks a million!
tables equations vertical-alignment
asked 9 hours ago
MatthiasMatthias
235
New contributor
Matthias is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
I have the following table in latex:
usepackage{booktabs}
usepackage{amsmath}
%%%
begin{table}
begin{tabular}{l@{hskip 4.8cm} c}
toprule
multicolumn{1}{l}{Conversion} & multicolumn{1}{c}{Formula} \
midrule
RR to OR & $mbox{OR} = cfrac{1-mbox{p}_{mbox{textit{non-exposed}}}}{1-mbox{p}_{mbox{textit{exposed}}}}$ \ addlinespace[0.5cm]
d to OR & $mbox{OR} = exp(mbox{d} cfrac{pi}{sqrt{3}})$ \ addlinespace[0.5cm]
r to d & $mbox{d} = cfrac{2mbox{r}}{sqrt{1-mbox{r}^2}} $ \ addlinespace[0.5cm]
g to d & $mbox{d} = cfrac{1}{mbox{J} left( mbox{df} right)} times mbox{g} $ \
bottomrule
end{tabular}
end{table}
I would like to align the equations in the right column, but for some reason I just cannot figure out how to do it. I have found a few similar questions on stackexchange (e.g., here). Most of the solutions use begin{aligned} and end{aligned}. The problem with that is that I do not know where to place the aligned environment since I only need it for the right-hand column.
Thanks a million!
tables equations vertical-alignment
tables equations vertical-alignment
asked 9 hours ago
MatthiasMatthias
235
New contributor
Matthias is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 9 hours ago
MatthiasMatthias
235
New contributor
Matthias is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
edited 8 hours ago
Matthias
asked 9 hours ago
MatthiasMatthias
235
New contributor
Matthias is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked 9 hours ago
MatthiasMatthias
235
asked 9 hours ago
MatthiasMatthias
235
235
New contributor
Matthias is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
Matthias is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
1
You could use a three column tabular and split up the equations at the = sign into a right and a left aligned column. The spacing between the columns can be adjusted using @{width of your choice}.
– leandriis
9 hours ago
1
Related and most likely interesting: tex.stackexchange.com/q/78788/134144
– leandriis
9 hours ago
add a comment |
1
You could use a three column tabular and split up the equations at the = sign into a right and a left aligned column. The spacing between the columns can be adjusted using @{width of your choice}.
– leandriis
9 hours ago
1
Related and most likely interesting: tex.stackexchange.com/q/78788/134144
– leandriis
9 hours ago
1
1
You could use a three column tabular and split up the equations at the = sign into a right and a left aligned column. The spacing between the columns can be adjusted using @{width of your choice}.
– leandriis
9 hours ago
You could use a three column tabular and split up the equations at the = sign into a right and a left aligned column. The spacing between the columns can be adjusted using @{width of your choice}.
– leandriis
9 hours ago
1
1
Related and most likely interesting: tex.stackexchange.com/q/78788/134144
– leandriis
9 hours ago
Related and most likely interesting: tex.stackexchange.com/q/78788/134144
– leandriis
9 hours ago
add a comment |
2 Answers
2
active
oldest
votes
Well, one possibility is to change second column c to use three columns rcl and divide your formula into three parts: left part of formula, =, right part of formula.
Please see the following mwe
documentclass{article}
usepackage{amsmath}
usepackage{booktabs}
begin{document}
begin{table}
begin{tabular}{l@{hskip 4.8cm} rcl} % <===============================
toprule
multicolumn{1}{l}{Conversion} & multicolumn{3}{c}{Formula} \ % <=====
midrule
RR to OR & $mbox{OR}$ & = & $cfrac{1-mbox{p}_{mbox{textit{non-exposed}}}}{1-mbox{p}_{mbox{textit{exposed}}}}$ \ addlinespace[0.5cm] % <================================
d to OR & $mbox{OR}$ & = & $exp(mbox{d} cfrac{pi}{sqrt{3}})$ \ addlinespace[0.5cm]
r to d & $mbox{d}$ & = & $cfrac{2mbox{r}}{sqrt{1-mbox{r}^2}} $ \ addlinespace[0.5cm]
g to d & $mbox{d}$ & = & $cfrac{1}{mbox{J} left( mbox{df} right)} times mbox{g} $ \
% ^^^^^^^^^^ <=======================================
bottomrule
end{tabular}
end{table}
end{document}
and its result:
answered 9 hours ago
KurtKurt
44.1k1050170
I do not agree that a user accepts a response leaving the user who responds to zero score :-). My compliments on your accurate code and comment.
– Sebastiano
8 hours ago
Well, I didn't upvote Kurt's answer because my reputation was still too low (I am new to StackExchange Latex and you need at least 15 points)! Now that I have enough reputation (I got enough points with this question), I will upvote. So, thanks again Kurt :)
– Matthias
8 hours ago
@MatthiasBurghart Don't worry, you suppose that you have upvote this answer :-). I also have voted for your good question. My most cordial greetings.
– Sebastiano
8 hours ago
add a comment |
Unless you need a caption, you can obtain the desired layout without a table. Only alignedat, and a shorter code with the spreadlines environment from mathtools:
documentclass{article}
usepackage{mathtools}
usepackage{booktabs}
begin{document}
begin{spreadlines}{0.5cm}
[%
begin{alignedat}{2}
toprule
enspace & text{Conversion} & &phantom{ = }hspace{1.5em}text{Formula} \
midrule
& text{RR to OR} & hskip 4.8cmmbox{OR} & = cfrac{1-mathrm{p}_{textit{non-exposed }}}{1-mathrm{p}_{textit{exposed}}}enspace \
&text{d to OR} & mbox{OR} & = expbiggl(mathrm{d} cfrac{pi}{sqrt{3}}biggr) \
& text{r to d} & mbox{d} & = cfrac{2mathrm{r}}{sqrt{1-mathrm{r}^2}} \
& text{g to d} & mbox{d} & = cfrac{1}{mathrm{J left(df right)}} times mathrm{g} \
bottomrule
end{alignedat}
]%
end{spreadlines}
end{document}
answered 8 hours ago
BernardBernard
181k781213
Thanks! In this particular case, I actually do need a caption and notes (I just deleted all the unnecessary parts from my code). But it is good to know that you can get the same layout without using a table!
– Matthias
8 hours ago
You can put an equation in a table environment (preferably unnumbered…)
– Bernard
7 hours ago
add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
Well, one possibility is to change second column c to use three columns rcl and divide your formula into three parts: left part of formula, =, right part of formula.
Please see the following mwe
documentclass{article}
usepackage{amsmath}
usepackage{booktabs}
begin{document}
begin{table}
begin{tabular}{l@{hskip 4.8cm} rcl} % <===============================
toprule
multicolumn{1}{l}{Conversion} & multicolumn{3}{c}{Formula} \ % <=====
midrule
RR to OR & $mbox{OR}$ & = & $cfrac{1-mbox{p}_{mbox{textit{non-exposed}}}}{1-mbox{p}_{mbox{textit{exposed}}}}$ \ addlinespace[0.5cm] % <================================
d to OR & $mbox{OR}$ & = & $exp(mbox{d} cfrac{pi}{sqrt{3}})$ \ addlinespace[0.5cm]
r to d & $mbox{d}$ & = & $cfrac{2mbox{r}}{sqrt{1-mbox{r}^2}} $ \ addlinespace[0.5cm]
g to d & $mbox{d}$ & = & $cfrac{1}{mbox{J} left( mbox{df} right)} times mbox{g} $ \
% ^^^^^^^^^^ <=======================================
bottomrule
end{tabular}
end{table}
end{document}
and its result:
answered 9 hours ago
KurtKurt
44.1k1050170
I do not agree that a user accepts a response leaving the user who responds to zero score :-). My compliments on your accurate code and comment.
– Sebastiano
8 hours ago
Well, I didn't upvote Kurt's answer because my reputation was still too low (I am new to StackExchange Latex and you need at least 15 points)! Now that I have enough reputation (I got enough points with this question), I will upvote. So, thanks again Kurt :)
– Matthias
8 hours ago
@MatthiasBurghart Don't worry, you suppose that you have upvote this answer :-). I also have voted for your good question. My most cordial greetings.
– Sebastiano
8 hours ago
add a comment |
Well, one possibility is to change second column c to use three columns rcl and divide your formula into three parts: left part of formula, =, right part of formula.
Please see the following mwe
documentclass{article}
usepackage{amsmath}
usepackage{booktabs}
begin{document}
begin{table}
begin{tabular}{l@{hskip 4.8cm} rcl} % <===============================
toprule
multicolumn{1}{l}{Conversion} & multicolumn{3}{c}{Formula} \ % <=====
midrule
RR to OR & $mbox{OR}$ & = & $cfrac{1-mbox{p}_{mbox{textit{non-exposed}}}}{1-mbox{p}_{mbox{textit{exposed}}}}$ \ addlinespace[0.5cm] % <================================
d to OR & $mbox{OR}$ & = & $exp(mbox{d} cfrac{pi}{sqrt{3}})$ \ addlinespace[0.5cm]
r to d & $mbox{d}$ & = & $cfrac{2mbox{r}}{sqrt{1-mbox{r}^2}} $ \ addlinespace[0.5cm]
g to d & $mbox{d}$ & = & $cfrac{1}{mbox{J} left( mbox{df} right)} times mbox{g} $ \
% ^^^^^^^^^^ <=======================================
bottomrule
end{tabular}
end{table}
end{document}
and its result:
answered 9 hours ago
KurtKurt
44.1k1050170
I do not agree that a user accepts a response leaving the user who responds to zero score :-). My compliments on your accurate code and comment.
– Sebastiano
8 hours ago
Well, I didn't upvote Kurt's answer because my reputation was still too low (I am new to StackExchange Latex and you need at least 15 points)! Now that I have enough reputation (I got enough points with this question), I will upvote. So, thanks again Kurt :)
– Matthias
8 hours ago
@MatthiasBurghart Don't worry, you suppose that you have upvote this answer :-). I also have voted for your good question. My most cordial greetings.
– Sebastiano
8 hours ago
add a comment |
Well, one possibility is to change second column c to use three columns rcl and divide your formula into three parts: left part of formula, =, right part of formula.
Please see the following mwe
documentclass{article}
usepackage{amsmath}
usepackage{booktabs}
begin{document}
begin{table}
begin{tabular}{l@{hskip 4.8cm} rcl} % <===============================
toprule
multicolumn{1}{l}{Conversion} & multicolumn{3}{c}{Formula} \ % <=====
midrule
RR to OR & $mbox{OR}$ & = & $cfrac{1-mbox{p}_{mbox{textit{non-exposed}}}}{1-mbox{p}_{mbox{textit{exposed}}}}$ \ addlinespace[0.5cm] % <================================
d to OR & $mbox{OR}$ & = & $exp(mbox{d} cfrac{pi}{sqrt{3}})$ \ addlinespace[0.5cm]
r to d & $mbox{d}$ & = & $cfrac{2mbox{r}}{sqrt{1-mbox{r}^2}} $ \ addlinespace[0.5cm]
g to d & $mbox{d}$ & = & $cfrac{1}{mbox{J} left( mbox{df} right)} times mbox{g} $ \
% ^^^^^^^^^^ <=======================================
bottomrule
end{tabular}
end{table}
end{document}
and its result:
answered 9 hours ago
KurtKurt
44.1k1050170
Well, one possibility is to change second column c to use three columns rcl and divide your formula into three parts: left part of formula, =, right part of formula.
Please see the following mwe
documentclass{article}
usepackage{amsmath}
usepackage{booktabs}
begin{document}
begin{table}
begin{tabular}{l@{hskip 4.8cm} rcl} % <===============================
toprule
multicolumn{1}{l}{Conversion} & multicolumn{3}{c}{Formula} \ % <=====
midrule
RR to OR & $mbox{OR}$ & = & $cfrac{1-mbox{p}_{mbox{textit{non-exposed}}}}{1-mbox{p}_{mbox{textit{exposed}}}}$ \ addlinespace[0.5cm] % <================================
d to OR & $mbox{OR}$ & = & $exp(mbox{d} cfrac{pi}{sqrt{3}})$ \ addlinespace[0.5cm]
r to d & $mbox{d}$ & = & $cfrac{2mbox{r}}{sqrt{1-mbox{r}^2}} $ \ addlinespace[0.5cm]
g to d & $mbox{d}$ & = & $cfrac{1}{mbox{J} left( mbox{df} right)} times mbox{g} $ \
% ^^^^^^^^^^ <=======================================
bottomrule
end{tabular}
end{table}
end{document}
and its result:
answered 9 hours ago
KurtKurt
44.1k1050170
answered 9 hours ago
KurtKurt
44.1k1050170
answered 9 hours ago
KurtKurt
44.1k1050170
answered 9 hours ago
KurtKurt
44.1k1050170
44.1k1050170
I do not agree that a user accepts a response leaving the user who responds to zero score :-). My compliments on your accurate code and comment.
– Sebastiano
8 hours ago
Well, I didn't upvote Kurt's answer because my reputation was still too low (I am new to StackExchange Latex and you need at least 15 points)! Now that I have enough reputation (I got enough points with this question), I will upvote. So, thanks again Kurt :)
– Matthias
8 hours ago
@MatthiasBurghart Don't worry, you suppose that you have upvote this answer :-). I also have voted for your good question. My most cordial greetings.
– Sebastiano
8 hours ago
add a comment |
I do not agree that a user accepts a response leaving the user who responds to zero score :-). My compliments on your accurate code and comment.
– Sebastiano
8 hours ago
Well, I didn't upvote Kurt's answer because my reputation was still too low (I am new to StackExchange Latex and you need at least 15 points)! Now that I have enough reputation (I got enough points with this question), I will upvote. So, thanks again Kurt :)
– Matthias
8 hours ago
@MatthiasBurghart Don't worry, you suppose that you have upvote this answer :-). I also have voted for your good question. My most cordial greetings.
– Sebastiano
8 hours ago
I do not agree that a user accepts a response leaving the user who responds to zero score :-). My compliments on your accurate code and comment.
– Sebastiano
8 hours ago
I do not agree that a user accepts a response leaving the user who responds to zero score :-). My compliments on your accurate code and comment.
– Sebastiano
8 hours ago
Well, I didn't upvote Kurt's answer because my reputation was still too low (I am new to StackExchange Latex and you need at least 15 points)! Now that I have enough reputation (I got enough points with this question), I will upvote. So, thanks again Kurt :)
– Matthias
8 hours ago
Well, I didn't upvote Kurt's answer because my reputation was still too low (I am new to StackExchange Latex and you need at least 15 points)! Now that I have enough reputation (I got enough points with this question), I will upvote. So, thanks again Kurt :)
– Matthias
8 hours ago
@MatthiasBurghart Don't worry, you suppose that you have upvote this answer :-). I also have voted for your good question. My most cordial greetings.
– Sebastiano
8 hours ago
@MatthiasBurghart Don't worry, you suppose that you have upvote this answer :-). I also have voted for your good question. My most cordial greetings.
– Sebastiano
8 hours ago
add a comment |
Unless you need a caption, you can obtain the desired layout without a table. Only alignedat, and a shorter code with the spreadlines environment from mathtools:
documentclass{article}
usepackage{mathtools}
usepackage{booktabs}
begin{document}
begin{spreadlines}{0.5cm}
[%
begin{alignedat}{2}
toprule
enspace & text{Conversion} & &phantom{ = }hspace{1.5em}text{Formula} \
midrule
& text{RR to OR} & hskip 4.8cmmbox{OR} & = cfrac{1-mathrm{p}_{textit{non-exposed }}}{1-mathrm{p}_{textit{exposed}}}enspace \
&text{d to OR} & mbox{OR} & = expbiggl(mathrm{d} cfrac{pi}{sqrt{3}}biggr) \
& text{r to d} & mbox{d} & = cfrac{2mathrm{r}}{sqrt{1-mathrm{r}^2}} \
& text{g to d} & mbox{d} & = cfrac{1}{mathrm{J left(df right)}} times mathrm{g} \
bottomrule
end{alignedat}
]%
end{spreadlines}
end{document}
answered 8 hours ago
BernardBernard
181k781213
Thanks! In this particular case, I actually do need a caption and notes (I just deleted all the unnecessary parts from my code). But it is good to know that you can get the same layout without using a table!
– Matthias
8 hours ago
You can put an equation in a table environment (preferably unnumbered…)
– Bernard
7 hours ago
add a comment |
Unless you need a caption, you can obtain the desired layout without a table. Only alignedat, and a shorter code with the spreadlines environment from mathtools:
documentclass{article}
usepackage{mathtools}
usepackage{booktabs}
begin{document}
begin{spreadlines}{0.5cm}
[%
begin{alignedat}{2}
toprule
enspace & text{Conversion} & &phantom{ = }hspace{1.5em}text{Formula} \
midrule
& text{RR to OR} & hskip 4.8cmmbox{OR} & = cfrac{1-mathrm{p}_{textit{non-exposed }}}{1-mathrm{p}_{textit{exposed}}}enspace \
&text{d to OR} & mbox{OR} & = expbiggl(mathrm{d} cfrac{pi}{sqrt{3}}biggr) \
& text{r to d} & mbox{d} & = cfrac{2mathrm{r}}{sqrt{1-mathrm{r}^2}} \
& text{g to d} & mbox{d} & = cfrac{1}{mathrm{J left(df right)}} times mathrm{g} \
bottomrule
end{alignedat}
]%
end{spreadlines}
end{document}
answered 8 hours ago
BernardBernard
181k781213
Thanks! In this particular case, I actually do need a caption and notes (I just deleted all the unnecessary parts from my code). But it is good to know that you can get the same layout without using a table!
– Matthias
8 hours ago
You can put an equation in a table environment (preferably unnumbered…)
– Bernard
7 hours ago
add a comment |
Unless you need a caption, you can obtain the desired layout without a table. Only alignedat, and a shorter code with the spreadlines environment from mathtools:
documentclass{article}
usepackage{mathtools}
usepackage{booktabs}
begin{document}
begin{spreadlines}{0.5cm}
[%
begin{alignedat}{2}
toprule
enspace & text{Conversion} & &phantom{ = }hspace{1.5em}text{Formula} \
midrule
& text{RR to OR} & hskip 4.8cmmbox{OR} & = cfrac{1-mathrm{p}_{textit{non-exposed }}}{1-mathrm{p}_{textit{exposed}}}enspace \
&text{d to OR} & mbox{OR} & = expbiggl(mathrm{d} cfrac{pi}{sqrt{3}}biggr) \
& text{r to d} & mbox{d} & = cfrac{2mathrm{r}}{sqrt{1-mathrm{r}^2}} \
& text{g to d} & mbox{d} & = cfrac{1}{mathrm{J left(df right)}} times mathrm{g} \
bottomrule
end{alignedat}
]%
end{spreadlines}
end{document}
answered 8 hours ago
BernardBernard
181k781213
Unless you need a caption, you can obtain the desired layout without a table. Only alignedat, and a shorter code with the spreadlines environment from mathtools:
documentclass{article}
usepackage{mathtools}
usepackage{booktabs}
begin{document}
begin{spreadlines}{0.5cm}
[%
begin{alignedat}{2}
toprule
enspace & text{Conversion} & &phantom{ = }hspace{1.5em}text{Formula} \
midrule
& text{RR to OR} & hskip 4.8cmmbox{OR} & = cfrac{1-mathrm{p}_{textit{non-exposed }}}{1-mathrm{p}_{textit{exposed}}}enspace \
&text{d to OR} & mbox{OR} & = expbiggl(mathrm{d} cfrac{pi}{sqrt{3}}biggr) \
& text{r to d} & mbox{d} & = cfrac{2mathrm{r}}{sqrt{1-mathrm{r}^2}} \
& text{g to d} & mbox{d} & = cfrac{1}{mathrm{J left(df right)}} times mathrm{g} \
bottomrule
end{alignedat}
]%
end{spreadlines}
end{document}
answered 8 hours ago
BernardBernard
181k781213
answered 8 hours ago
BernardBernard
181k781213
answered 8 hours ago
BernardBernard
181k781213
answered 8 hours ago
BernardBernard
181k781213
181k781213
Thanks! In this particular case, I actually do need a caption and notes (I just deleted all the unnecessary parts from my code). But it is good to know that you can get the same layout without using a table!
– Matthias
8 hours ago
You can put an equation in a table environment (preferably unnumbered…)
– Bernard
7 hours ago
add a comment |
Thanks! In this particular case, I actually do need a caption and notes (I just deleted all the unnecessary parts from my code). But it is good to know that you can get the same layout without using a table!
– Matthias
8 hours ago
You can put an equation in a table environment (preferably unnumbered…)
– Bernard
7 hours ago
Thanks! In this particular case, I actually do need a caption and notes (I just deleted all the unnecessary parts from my code). But it is good to know that you can get the same layout without using a table!
– Matthias
8 hours ago
Thanks! In this particular case, I actually do need a caption and notes (I just deleted all the unnecessary parts from my code). But it is good to know that you can get the same layout without using a table!
– Matthias
8 hours ago
You can put an equation in a table environment (preferably unnumbered…)
– Bernard
7 hours ago
You can put an equation in a table environment (preferably unnumbered…)
– Bernard
7 hours ago
add a comment |
Matthias is a new contributor. Be nice, and check out our Code of Conduct.
Matthias is a new contributor. Be nice, and check out our Code of Conduct.
Matthias is a new contributor. Be nice, and check out our Code of Conduct.
Matthias is a new contributor. Be nice, and check out our Code of Conduct.
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1
You could use a three column tabular and split up the equations at the = sign into a right and a left aligned column. The spacing between the columns can be adjusted using @{width of your choice}.
– leandriis
9 hours ago
1
Related and most likely interesting: tex.stackexchange.com/q/78788/134144
– leandriis
9 hours ago