alignat: removing the gap between the aligned variable and its coefficient
0
For the second equation, how can I remove the space between the aligned dot{x}_1 and its coefficient without abusing extra ampersands?
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - frac{d_1+d_2}{M_1} &&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= frac{d_2}{M_2} &&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
end{document}
align alignat
asked Jan 16 at 20:33
DiaaDiaa
2,69711750
add a comment |
0
For the second equation, how can I remove the space between the aligned dot{x}_1 and its coefficient without abusing extra ampersands?
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - frac{d_1+d_2}{M_1} &&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= frac{d_2}{M_2} &&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
end{document}
align alignat
asked Jan 16 at 20:33
DiaaDiaa
2,69711750
By its coefficient do you meanfrac{d_2}{M_2}?
– Sigur
Jan 16 at 20:36
@Sigur Yes.....
– Diaa
Jan 16 at 20:37
add a comment |
0
0
0
For the second equation, how can I remove the space between the aligned dot{x}_1 and its coefficient without abusing extra ampersands?
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - frac{d_1+d_2}{M_1} &&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= frac{d_2}{M_2} &&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
end{document}
align alignat
asked Jan 16 at 20:33
DiaaDiaa
2,69711750
For the second equation, how can I remove the space between the aligned dot{x}_1 and its coefficient without abusing extra ampersands?
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - frac{d_1+d_2}{M_1} &&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= frac{d_2}{M_2} &&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
end{document}
align alignat
align alignat
asked Jan 16 at 20:33
DiaaDiaa
2,69711750
asked Jan 16 at 20:33
DiaaDiaa
2,69711750
asked Jan 16 at 20:33
DiaaDiaa
2,69711750
asked Jan 16 at 20:33
DiaaDiaa
2,69711750
asked Jan 16 at 20:33
DiaaDiaa
2,69711750
2,69711750
By its coefficient do you meanfrac{d_2}{M_2}?
– Sigur
Jan 16 at 20:36
@Sigur Yes.....
– Diaa
Jan 16 at 20:37
add a comment |
By its coefficient do you meanfrac{d_2}{M_2}?
– Sigur
Jan 16 at 20:36
@Sigur Yes.....
– Diaa
Jan 16 at 20:37
By its coefficient do you mean
frac{d_2}{M_2}?– Sigur
Jan 16 at 20:36
By its coefficient do you mean
frac{d_2}{M_2}?– Sigur
Jan 16 at 20:36
@Sigur Yes.....
– Diaa
Jan 16 at 20:37
@Sigur Yes.....
– Diaa
Jan 16 at 20:37
add a comment |
2 Answers
2
active
oldest
votes
2
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - &frac{d_1+d_2}{M_1} &dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= &frac{d_2}{M_2} &dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
end{document}
answered Jan 16 at 20:42
David CarlisleDavid Carlisle
487k4111231868
I know it is a very basic question, but could you please tell me what is the difference between adding&&and a single one&?
– Diaa
Jan 16 at 20:44
1
@Diaa the alignments are liketabular(it is the same texhaligncommand underneath) so it is a sequence of columns andx&&puts x in one column followed by a blank entry and&&xhas a blank entry in one cell followed by x. the alignment is likebegin{tabular}{rlrlrlrlrlrlrlrlrlr}so entries are left or right aligned depending which column they are in.
– David Carlisle
Jan 16 at 20:47
I highly appreciate your patience and consideration.
– Diaa
Jan 16 at 20:50
@DavidCarlisle, and what is the meaning of{3}?
– Sigur
Jan 16 at 20:51
1
@Sigur it is the number ofrlpairs in the alignment
– David Carlisle
Jan 16 at 20:57
|
show 3 more comments
1
I propose one of these three variants – the last one with an extra pair of &:
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 &{} - frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - {}& frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &=phantom{-} frac{f}{M_2} +{} &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2
end{alignat*}
begin{alignat*}{4}
dot{v}_1 &= -frac{k}{M_1} x_1 & &{}- {}& frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &=phantom{-} frac{f}{M_2} & & {} +{} &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2
end{alignat*}
end{document}
answered Jan 16 at 20:52
BernardBernard
168k770195
add a comment |
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documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - &frac{d_1+d_2}{M_1} &dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= &frac{d_2}{M_2} &dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
end{document}
answered Jan 16 at 20:42
David CarlisleDavid Carlisle
487k4111231868
I know it is a very basic question, but could you please tell me what is the difference between adding&&and a single one&?
– Diaa
Jan 16 at 20:44
1
@Diaa the alignments are liketabular(it is the same texhaligncommand underneath) so it is a sequence of columns andx&&puts x in one column followed by a blank entry and&&xhas a blank entry in one cell followed by x. the alignment is likebegin{tabular}{rlrlrlrlrlrlrlrlrlr}so entries are left or right aligned depending which column they are in.
– David Carlisle
Jan 16 at 20:47
I highly appreciate your patience and consideration.
– Diaa
Jan 16 at 20:50
@DavidCarlisle, and what is the meaning of{3}?
– Sigur
Jan 16 at 20:51
1
@Sigur it is the number ofrlpairs in the alignment
– David Carlisle
Jan 16 at 20:57
|
show 3 more comments
2
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - &frac{d_1+d_2}{M_1} &dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= &frac{d_2}{M_2} &dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
end{document}
answered Jan 16 at 20:42
David CarlisleDavid Carlisle
487k4111231868
I know it is a very basic question, but could you please tell me what is the difference between adding&&and a single one&?
– Diaa
Jan 16 at 20:44
1
@Diaa the alignments are liketabular(it is the same texhaligncommand underneath) so it is a sequence of columns andx&&puts x in one column followed by a blank entry and&&xhas a blank entry in one cell followed by x. the alignment is likebegin{tabular}{rlrlrlrlrlrlrlrlrlr}so entries are left or right aligned depending which column they are in.
– David Carlisle
Jan 16 at 20:47
I highly appreciate your patience and consideration.
– Diaa
Jan 16 at 20:50
@DavidCarlisle, and what is the meaning of{3}?
– Sigur
Jan 16 at 20:51
1
@Sigur it is the number ofrlpairs in the alignment
– David Carlisle
Jan 16 at 20:57
|
show 3 more comments
2
2
2
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - &frac{d_1+d_2}{M_1} &dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= &frac{d_2}{M_2} &dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
end{document}
answered Jan 16 at 20:42
David CarlisleDavid Carlisle
487k4111231868
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - &frac{d_1+d_2}{M_1} &dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= &frac{d_2}{M_2} &dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
end{document}
answered Jan 16 at 20:42
David CarlisleDavid Carlisle
487k4111231868
answered Jan 16 at 20:42
David CarlisleDavid Carlisle
487k4111231868
answered Jan 16 at 20:42
David CarlisleDavid Carlisle
487k4111231868
answered Jan 16 at 20:42
David CarlisleDavid Carlisle
487k4111231868
487k4111231868
I know it is a very basic question, but could you please tell me what is the difference between adding&&and a single one&?
– Diaa
Jan 16 at 20:44
1
@Diaa the alignments are liketabular(it is the same texhaligncommand underneath) so it is a sequence of columns andx&&puts x in one column followed by a blank entry and&&xhas a blank entry in one cell followed by x. the alignment is likebegin{tabular}{rlrlrlrlrlrlrlrlrlr}so entries are left or right aligned depending which column they are in.
– David Carlisle
Jan 16 at 20:47
I highly appreciate your patience and consideration.
– Diaa
Jan 16 at 20:50
@DavidCarlisle, and what is the meaning of{3}?
– Sigur
Jan 16 at 20:51
1
@Sigur it is the number ofrlpairs in the alignment
– David Carlisle
Jan 16 at 20:57
|
show 3 more comments
I know it is a very basic question, but could you please tell me what is the difference between adding&&and a single one&?
– Diaa
Jan 16 at 20:44
1
@Diaa the alignments are liketabular(it is the same texhaligncommand underneath) so it is a sequence of columns andx&&puts x in one column followed by a blank entry and&&xhas a blank entry in one cell followed by x. the alignment is likebegin{tabular}{rlrlrlrlrlrlrlrlrlr}so entries are left or right aligned depending which column they are in.
– David Carlisle
Jan 16 at 20:47
I highly appreciate your patience and consideration.
– Diaa
Jan 16 at 20:50
@DavidCarlisle, and what is the meaning of{3}?
– Sigur
Jan 16 at 20:51
1
@Sigur it is the number ofrlpairs in the alignment
– David Carlisle
Jan 16 at 20:57
I know it is a very basic question, but could you please tell me what is the difference between adding
&& and a single one &?– Diaa
Jan 16 at 20:44
I know it is a very basic question, but could you please tell me what is the difference between adding
&& and a single one &?– Diaa
Jan 16 at 20:44
1
1
@Diaa the alignments are like
tabular (it is the same tex halign command underneath) so it is a sequence of columns and x&& puts x in one column followed by a blank entry and &&x has a blank entry in one cell followed by x. the alignment is like begin{tabular}{rlrlrlrlrlrlrlrlrlr} so entries are left or right aligned depending which column they are in.– David Carlisle
Jan 16 at 20:47
@Diaa the alignments are like
tabular (it is the same tex halign command underneath) so it is a sequence of columns and x&& puts x in one column followed by a blank entry and &&x has a blank entry in one cell followed by x. the alignment is like begin{tabular}{rlrlrlrlrlrlrlrlrlr} so entries are left or right aligned depending which column they are in.– David Carlisle
Jan 16 at 20:47
I highly appreciate your patience and consideration.
– Diaa
Jan 16 at 20:50
I highly appreciate your patience and consideration.
– Diaa
Jan 16 at 20:50
@DavidCarlisle, and what is the meaning of
{3} ?– Sigur
Jan 16 at 20:51
@DavidCarlisle, and what is the meaning of
{3} ?– Sigur
Jan 16 at 20:51
1
1
@Sigur it is the number of
rl pairs in the alignment– David Carlisle
Jan 16 at 20:57
@Sigur it is the number of
rl pairs in the alignment– David Carlisle
Jan 16 at 20:57
|
show 3 more comments
1
I propose one of these three variants – the last one with an extra pair of &:
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 &{} - frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - {}& frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &=phantom{-} frac{f}{M_2} +{} &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2
end{alignat*}
begin{alignat*}{4}
dot{v}_1 &= -frac{k}{M_1} x_1 & &{}- {}& frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &=phantom{-} frac{f}{M_2} & & {} +{} &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2
end{alignat*}
end{document}
answered Jan 16 at 20:52
BernardBernard
168k770195
add a comment |
1
I propose one of these three variants – the last one with an extra pair of &:
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 &{} - frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - {}& frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &=phantom{-} frac{f}{M_2} +{} &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2
end{alignat*}
begin{alignat*}{4}
dot{v}_1 &= -frac{k}{M_1} x_1 & &{}- {}& frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &=phantom{-} frac{f}{M_2} & & {} +{} &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2
end{alignat*}
end{document}
answered Jan 16 at 20:52
BernardBernard
168k770195
add a comment |
1
1
1
I propose one of these three variants – the last one with an extra pair of &:
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 &{} - frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - {}& frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &=phantom{-} frac{f}{M_2} +{} &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2
end{alignat*}
begin{alignat*}{4}
dot{v}_1 &= -frac{k}{M_1} x_1 & &{}- {}& frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &=phantom{-} frac{f}{M_2} & & {} +{} &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2
end{alignat*}
end{document}
answered Jan 16 at 20:52
BernardBernard
168k770195
I propose one of these three variants – the last one with an extra pair of &:
documentclass[10pt,a4paper]{article}
usepackage{mathtools}
begin{document}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 &{} - frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &= &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2 + frac{f}{M_2}
end{alignat*}
begin{alignat*}{3}
dot{v}_1 &= -frac{k}{M_1} x_1 - {}& frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &=phantom{-} frac{f}{M_2} +{} &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2
end{alignat*}
begin{alignat*}{4}
dot{v}_1 &= -frac{k}{M_1} x_1 & &{}- {}& frac{d_1+d_2}{M_1}&dot{x}_1 + frac{d_2}{M_1} &&dot{x}_2\
%
dot{v}_2 &=phantom{-} frac{f}{M_2} & & {} +{} &frac{d_2}{M_2}&dot{x}_1 - frac{d_2}{M_2} &&dot{x}_2
end{alignat*}
end{document}
answered Jan 16 at 20:52
BernardBernard
168k770195
answered Jan 16 at 20:52
BernardBernard
168k770195
answered Jan 16 at 20:52
BernardBernard
168k770195
answered Jan 16 at 20:52
BernardBernard
168k770195
168k770195
add a comment |
add a comment |
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By its coefficient do you mean
frac{d_2}{M_2}?– Sigur
Jan 16 at 20:36
@Sigur Yes.....
– Diaa
Jan 16 at 20:37