Equation - space label
3
How to make a bigger space between equation and its number? Thank you.
begin{document}
begin{equation}label{apsidalni}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
end{equation}
end{document}
equations
asked Dec 9 '18 at 13:53
Elisabeth
4566
add a comment |
3
How to make a bigger space between equation and its number? Thank you.
begin{document}
begin{equation}label{apsidalni}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
end{equation}
end{document}
equations
asked Dec 9 '18 at 13:53
Elisabeth
4566
add a comment |
3
3
3
How to make a bigger space between equation and its number? Thank you.
begin{document}
begin{equation}label{apsidalni}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
end{equation}
end{document}
equations
asked Dec 9 '18 at 13:53
Elisabeth
4566
How to make a bigger space between equation and its number? Thank you.
begin{document}
begin{equation}label{apsidalni}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
end{equation}
end{document}
equations
equations
asked Dec 9 '18 at 13:53
Elisabeth
4566
asked Dec 9 '18 at 13:53
Elisabeth
4566
asked Dec 9 '18 at 13:53
Elisabeth
4566
asked Dec 9 '18 at 13:53
Elisabeth
4566
asked Dec 9 '18 at 13:53
Elisabeth
4566
4566
add a comment |
add a comment |
2 Answers
2
active
oldest
votes
4
Here are a few suggestions. You can move down the equation number by adding an invisible object, here rule[-36pt]{0pt}{36pt} ({0pt}{0pt} means zero width and height, but the optional value -36pt tells TeX to move down the invisible rule by the stated amount); of course 36pt is exaggerated, use a smaller value.
On the other hand, splitting the equation seems better, so I add a couple of ways for it.
documentclass[a4paper]{article}
usepackage[left=4cm,right=4cm]{geometry}
usepackage{amsmath}
usepackage[nopar]{lipsum} % for context
numberwithin{equation}{section}
begin{document}
setcounter{section}{3}setcounter{equation}{21}
lipsum[4][1-5]
begin{equation}label{apsidalni}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
end{equation}
lipsum[4][1-5]
begin{equation}label{apsidalni-lowered}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
rule[-36pt]{0pt}{0pt}
end{equation}
lipsum[4][1-5]
begin{multline}label{apsidalni-multline}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5
\
+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
lipsum[4][1-5]
begingroup
addtolength{multlinegap}{4em}
begin{multline}label{apsidalni-multline-gap}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5
\
+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
endgroup
lipsum[4][1-5]
end{document}
Here I guessed the text width based on your image.
answered Dec 9 '18 at 14:53
egreg
709k8618823165
add a comment |
4
Here are three ways: either you split the equation on two lines (with multline or with a nested aligned), or you use the medmath command, from nccmath, which makes its argument about 80 % of displaysize.
Also, if you don't use margin notes, you can have more decent margins just loading the geometry package.
documentclass{article}
usepackage{mathtools, nccmath}
usepackage{showframe}
renewcommand{ShowFrameLinethickness}{0.3pt}
begin{document}
begin{multline}label{apsidalni}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5 \
+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
bigskip
begin{equation}label{apsidalni-1}
begin{aligned}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e) & + (1+q)g(e,1))r_1^5 \
& + k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{aligned}
end{equation}
bigskip
begin{equation}label{apsidalni-2}
omega_c = medmath{frac{360}{P} biggl[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5 \
+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]}
end{equation}
end{document}
answered Dec 9 '18 at 14:25
Bernard
166k769194
1
You could also mention theraisetagcommand (see section 3.8 of the manual of theamsmathpackage), which does exactly what the OP asked for, nothing more, nothing less.
– GuM
Dec 9 '18 at 14:34
1
You can't useraisetagfor a single line equation – the label would be messed up with the equation.
– Bernard
Dec 9 '18 at 15:34
Yes, I knew that: admittedly, my comment was ambiguous. I meant to suggest that you mentionedraisetagin connection with themultlineenvironment, and the other environments thatamsmathprovides for groups of displayed equations. And before you object: yes, even in these environments,raisetagis not effective if the equation number fits in the same line as the equation… ;-)
– GuM
Dec 9 '18 at 18:39
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
4
Here are a few suggestions. You can move down the equation number by adding an invisible object, here rule[-36pt]{0pt}{36pt} ({0pt}{0pt} means zero width and height, but the optional value -36pt tells TeX to move down the invisible rule by the stated amount); of course 36pt is exaggerated, use a smaller value.
On the other hand, splitting the equation seems better, so I add a couple of ways for it.
documentclass[a4paper]{article}
usepackage[left=4cm,right=4cm]{geometry}
usepackage{amsmath}
usepackage[nopar]{lipsum} % for context
numberwithin{equation}{section}
begin{document}
setcounter{section}{3}setcounter{equation}{21}
lipsum[4][1-5]
begin{equation}label{apsidalni}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
end{equation}
lipsum[4][1-5]
begin{equation}label{apsidalni-lowered}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
rule[-36pt]{0pt}{0pt}
end{equation}
lipsum[4][1-5]
begin{multline}label{apsidalni-multline}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5
\
+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
lipsum[4][1-5]
begingroup
addtolength{multlinegap}{4em}
begin{multline}label{apsidalni-multline-gap}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5
\
+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
endgroup
lipsum[4][1-5]
end{document}
Here I guessed the text width based on your image.
answered Dec 9 '18 at 14:53
egreg
709k8618823165
add a comment |
4
Here are a few suggestions. You can move down the equation number by adding an invisible object, here rule[-36pt]{0pt}{36pt} ({0pt}{0pt} means zero width and height, but the optional value -36pt tells TeX to move down the invisible rule by the stated amount); of course 36pt is exaggerated, use a smaller value.
On the other hand, splitting the equation seems better, so I add a couple of ways for it.
documentclass[a4paper]{article}
usepackage[left=4cm,right=4cm]{geometry}
usepackage{amsmath}
usepackage[nopar]{lipsum} % for context
numberwithin{equation}{section}
begin{document}
setcounter{section}{3}setcounter{equation}{21}
lipsum[4][1-5]
begin{equation}label{apsidalni}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
end{equation}
lipsum[4][1-5]
begin{equation}label{apsidalni-lowered}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
rule[-36pt]{0pt}{0pt}
end{equation}
lipsum[4][1-5]
begin{multline}label{apsidalni-multline}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5
\
+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
lipsum[4][1-5]
begingroup
addtolength{multlinegap}{4em}
begin{multline}label{apsidalni-multline-gap}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5
\
+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
endgroup
lipsum[4][1-5]
end{document}
Here I guessed the text width based on your image.
answered Dec 9 '18 at 14:53
egreg
709k8618823165
add a comment |
4
4
4
Here are a few suggestions. You can move down the equation number by adding an invisible object, here rule[-36pt]{0pt}{36pt} ({0pt}{0pt} means zero width and height, but the optional value -36pt tells TeX to move down the invisible rule by the stated amount); of course 36pt is exaggerated, use a smaller value.
On the other hand, splitting the equation seems better, so I add a couple of ways for it.
documentclass[a4paper]{article}
usepackage[left=4cm,right=4cm]{geometry}
usepackage{amsmath}
usepackage[nopar]{lipsum} % for context
numberwithin{equation}{section}
begin{document}
setcounter{section}{3}setcounter{equation}{21}
lipsum[4][1-5]
begin{equation}label{apsidalni}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
end{equation}
lipsum[4][1-5]
begin{equation}label{apsidalni-lowered}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
rule[-36pt]{0pt}{0pt}
end{equation}
lipsum[4][1-5]
begin{multline}label{apsidalni-multline}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5
\
+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
lipsum[4][1-5]
begingroup
addtolength{multlinegap}{4em}
begin{multline}label{apsidalni-multline-gap}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5
\
+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
endgroup
lipsum[4][1-5]
end{document}
Here I guessed the text width based on your image.
answered Dec 9 '18 at 14:53
egreg
709k8618823165
Here are a few suggestions. You can move down the equation number by adding an invisible object, here rule[-36pt]{0pt}{36pt} ({0pt}{0pt} means zero width and height, but the optional value -36pt tells TeX to move down the invisible rule by the stated amount); of course 36pt is exaggerated, use a smaller value.
On the other hand, splitting the equation seems better, so I add a couple of ways for it.
documentclass[a4paper]{article}
usepackage[left=4cm,right=4cm]{geometry}
usepackage{amsmath}
usepackage[nopar]{lipsum} % for context
numberwithin{equation}{section}
begin{document}
setcounter{section}{3}setcounter{equation}{21}
lipsum[4][1-5]
begin{equation}label{apsidalni}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
end{equation}
lipsum[4][1-5]
begin{equation}label{apsidalni-lowered}
omega_c = frac{360}{P} left[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 right]
rule[-36pt]{0pt}{0pt}
end{equation}
lipsum[4][1-5]
begin{multline}label{apsidalni-multline}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5
\
+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
lipsum[4][1-5]
begingroup
addtolength{multlinegap}{4em}
begin{multline}label{apsidalni-multline-gap}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e)
+ (1+q)g(e,1))r_1^5
\
+k_{2,2}left(frac{15}{q}f(e)
+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
endgroup
lipsum[4][1-5]
end{document}
Here I guessed the text width based on your image.
answered Dec 9 '18 at 14:53
egreg
709k8618823165
answered Dec 9 '18 at 14:53
egreg
709k8618823165
answered Dec 9 '18 at 14:53
egreg
709k8618823165
answered Dec 9 '18 at 14:53
egreg
709k8618823165
709k8618823165
add a comment |
add a comment |
4
Here are three ways: either you split the equation on two lines (with multline or with a nested aligned), or you use the medmath command, from nccmath, which makes its argument about 80 % of displaysize.
Also, if you don't use margin notes, you can have more decent margins just loading the geometry package.
documentclass{article}
usepackage{mathtools, nccmath}
usepackage{showframe}
renewcommand{ShowFrameLinethickness}{0.3pt}
begin{document}
begin{multline}label{apsidalni}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5 \
+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
bigskip
begin{equation}label{apsidalni-1}
begin{aligned}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e) & + (1+q)g(e,1))r_1^5 \
& + k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{aligned}
end{equation}
bigskip
begin{equation}label{apsidalni-2}
omega_c = medmath{frac{360}{P} biggl[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5 \
+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]}
end{equation}
end{document}
answered Dec 9 '18 at 14:25
Bernard
166k769194
1
You could also mention theraisetagcommand (see section 3.8 of the manual of theamsmathpackage), which does exactly what the OP asked for, nothing more, nothing less.
– GuM
Dec 9 '18 at 14:34
1
You can't useraisetagfor a single line equation – the label would be messed up with the equation.
– Bernard
Dec 9 '18 at 15:34
Yes, I knew that: admittedly, my comment was ambiguous. I meant to suggest that you mentionedraisetagin connection with themultlineenvironment, and the other environments thatamsmathprovides for groups of displayed equations. And before you object: yes, even in these environments,raisetagis not effective if the equation number fits in the same line as the equation… ;-)
– GuM
Dec 9 '18 at 18:39
add a comment |
4
Here are three ways: either you split the equation on two lines (with multline or with a nested aligned), or you use the medmath command, from nccmath, which makes its argument about 80 % of displaysize.
Also, if you don't use margin notes, you can have more decent margins just loading the geometry package.
documentclass{article}
usepackage{mathtools, nccmath}
usepackage{showframe}
renewcommand{ShowFrameLinethickness}{0.3pt}
begin{document}
begin{multline}label{apsidalni}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5 \
+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
bigskip
begin{equation}label{apsidalni-1}
begin{aligned}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e) & + (1+q)g(e,1))r_1^5 \
& + k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{aligned}
end{equation}
bigskip
begin{equation}label{apsidalni-2}
omega_c = medmath{frac{360}{P} biggl[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5 \
+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]}
end{equation}
end{document}
answered Dec 9 '18 at 14:25
Bernard
166k769194
1
You could also mention theraisetagcommand (see section 3.8 of the manual of theamsmathpackage), which does exactly what the OP asked for, nothing more, nothing less.
– GuM
Dec 9 '18 at 14:34
1
You can't useraisetagfor a single line equation – the label would be messed up with the equation.
– Bernard
Dec 9 '18 at 15:34
Yes, I knew that: admittedly, my comment was ambiguous. I meant to suggest that you mentionedraisetagin connection with themultlineenvironment, and the other environments thatamsmathprovides for groups of displayed equations. And before you object: yes, even in these environments,raisetagis not effective if the equation number fits in the same line as the equation… ;-)
– GuM
Dec 9 '18 at 18:39
add a comment |
4
4
4
Here are three ways: either you split the equation on two lines (with multline or with a nested aligned), or you use the medmath command, from nccmath, which makes its argument about 80 % of displaysize.
Also, if you don't use margin notes, you can have more decent margins just loading the geometry package.
documentclass{article}
usepackage{mathtools, nccmath}
usepackage{showframe}
renewcommand{ShowFrameLinethickness}{0.3pt}
begin{document}
begin{multline}label{apsidalni}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5 \
+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
bigskip
begin{equation}label{apsidalni-1}
begin{aligned}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e) & + (1+q)g(e,1))r_1^5 \
& + k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{aligned}
end{equation}
bigskip
begin{equation}label{apsidalni-2}
omega_c = medmath{frac{360}{P} biggl[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5 \
+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]}
end{equation}
end{document}
answered Dec 9 '18 at 14:25
Bernard
166k769194
Here are three ways: either you split the equation on two lines (with multline or with a nested aligned), or you use the medmath command, from nccmath, which makes its argument about 80 % of displaysize.
Also, if you don't use margin notes, you can have more decent margins just loading the geometry package.
documentclass{article}
usepackage{mathtools, nccmath}
usepackage{showframe}
renewcommand{ShowFrameLinethickness}{0.3pt}
begin{document}
begin{multline}label{apsidalni}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5 \
+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{multline}
bigskip
begin{equation}label{apsidalni-1}
begin{aligned}
omega_c = frac{360}{P} biggl[k_{2,1} (15qf(e) & + (1+q)g(e,1))r_1^5 \
& + k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]
end{aligned}
end{equation}
bigskip
begin{equation}label{apsidalni-2}
omega_c = medmath{frac{360}{P} biggl[k_{2,1} (15qf(e) + (1+q)g(e,1))r_1^5 \
+k_{2,2}left(frac{15}{q}f(e)+left(1+frac{1}{q}right)g(e,2)right)r_2^5 biggr]}
end{equation}
end{document}
answered Dec 9 '18 at 14:25
Bernard
166k769194
answered Dec 9 '18 at 14:25
Bernard
166k769194
answered Dec 9 '18 at 14:25
Bernard
166k769194
answered Dec 9 '18 at 14:25
Bernard
166k769194
166k769194
1
You could also mention theraisetagcommand (see section 3.8 of the manual of theamsmathpackage), which does exactly what the OP asked for, nothing more, nothing less.
– GuM
Dec 9 '18 at 14:34
1
You can't useraisetagfor a single line equation – the label would be messed up with the equation.
– Bernard
Dec 9 '18 at 15:34
Yes, I knew that: admittedly, my comment was ambiguous. I meant to suggest that you mentionedraisetagin connection with themultlineenvironment, and the other environments thatamsmathprovides for groups of displayed equations. And before you object: yes, even in these environments,raisetagis not effective if the equation number fits in the same line as the equation… ;-)
– GuM
Dec 9 '18 at 18:39
add a comment |
1
You could also mention theraisetagcommand (see section 3.8 of the manual of theamsmathpackage), which does exactly what the OP asked for, nothing more, nothing less.
– GuM
Dec 9 '18 at 14:34
1
You can't useraisetagfor a single line equation – the label would be messed up with the equation.
– Bernard
Dec 9 '18 at 15:34
Yes, I knew that: admittedly, my comment was ambiguous. I meant to suggest that you mentionedraisetagin connection with themultlineenvironment, and the other environments thatamsmathprovides for groups of displayed equations. And before you object: yes, even in these environments,raisetagis not effective if the equation number fits in the same line as the equation… ;-)
– GuM
Dec 9 '18 at 18:39
1
1
You could also mention the
raisetag command (see section 3.8 of the manual of the amsmath package), which does exactly what the OP asked for, nothing more, nothing less.– GuM
Dec 9 '18 at 14:34
You could also mention the
raisetag command (see section 3.8 of the manual of the amsmath package), which does exactly what the OP asked for, nothing more, nothing less.– GuM
Dec 9 '18 at 14:34
1
1
You can't use
raisetag for a single line equation – the label would be messed up with the equation.– Bernard
Dec 9 '18 at 15:34
You can't use
raisetag for a single line equation – the label would be messed up with the equation.– Bernard
Dec 9 '18 at 15:34
Yes, I knew that: admittedly, my comment was ambiguous. I meant to suggest that you mentioned
raisetag in connection with the multline environment, and the other environments that amsmath provides for groups of displayed equations. And before you object: yes, even in these environments, raisetag is not effective if the equation number fits in the same line as the equation… ;-)– GuM
Dec 9 '18 at 18:39
Yes, I knew that: admittedly, my comment was ambiguous. I meant to suggest that you mentioned
raisetag in connection with the multline environment, and the other environments that amsmath provides for groups of displayed equations. And before you object: yes, even in these environments, raisetag is not effective if the equation number fits in the same line as the equation… ;-)– GuM
Dec 9 '18 at 18:39
add a comment |
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