Command for vector dot with some power
6
So what I am trying to type is the square of the derivative of vector x. I tried dot{vec{x}}^{,2} as well as dot{vec{x}^2}, but the outputs came out to be very offset. Is there a correct way to do this?
The code I used is:
begin{equation}
L=frac{1}{2} m dot{vec{x^2}}
end{equation}
which give me
math-mode symbols accents
edited Dec 7 at 5:15
Mico
273k30369756
asked Dec 7 at 4:59
Kane Billiot
334
add a comment |
6
So what I am trying to type is the square of the derivative of vector x. I tried dot{vec{x}}^{,2} as well as dot{vec{x}^2}, but the outputs came out to be very offset. Is there a correct way to do this?
The code I used is:
begin{equation}
L=frac{1}{2} m dot{vec{x^2}}
end{equation}
which give me
math-mode symbols accents
edited Dec 7 at 5:15
Mico
273k30369756
asked Dec 7 at 4:59
Kane Billiot
334
Welcome to TeX.SE! Can you please, as usual here -- show us a short compilable code and an screenshot of your result?
– Kurt
Dec 7 at 5:04
1
One reason more for not using the arrow for vectors.
– egreg
Dec 7 at 8:46
add a comment |
6
6
6
So what I am trying to type is the square of the derivative of vector x. I tried dot{vec{x}}^{,2} as well as dot{vec{x}^2}, but the outputs came out to be very offset. Is there a correct way to do this?
The code I used is:
begin{equation}
L=frac{1}{2} m dot{vec{x^2}}
end{equation}
which give me
math-mode symbols accents
edited Dec 7 at 5:15
Mico
273k30369756
asked Dec 7 at 4:59
Kane Billiot
334
So what I am trying to type is the square of the derivative of vector x. I tried dot{vec{x}}^{,2} as well as dot{vec{x}^2}, but the outputs came out to be very offset. Is there a correct way to do this?
The code I used is:
begin{equation}
L=frac{1}{2} m dot{vec{x^2}}
end{equation}
which give me
math-mode symbols accents
math-mode symbols accents
edited Dec 7 at 5:15
Mico
273k30369756
asked Dec 7 at 4:59
Kane Billiot
334
edited Dec 7 at 5:15
Mico
273k30369756
asked Dec 7 at 4:59
Kane Billiot
334
edited Dec 7 at 5:15
Mico
273k30369756
edited Dec 7 at 5:15
Mico
273k30369756
edited Dec 7 at 5:15
Mico
273k30369756
273k30369756
asked Dec 7 at 4:59
Kane Billiot
334
asked Dec 7 at 4:59
Kane Billiot
334
asked Dec 7 at 4:59
Kane Billiot
334
334
Welcome to TeX.SE! Can you please, as usual here -- show us a short compilable code and an screenshot of your result?
– Kurt
Dec 7 at 5:04
1
One reason more for not using the arrow for vectors.
– egreg
Dec 7 at 8:46
add a comment |
Welcome to TeX.SE! Can you please, as usual here -- show us a short compilable code and an screenshot of your result?
– Kurt
Dec 7 at 5:04
1
One reason more for not using the arrow for vectors.
– egreg
Dec 7 at 8:46
Welcome to TeX.SE! Can you please, as usual here -- show us a short compilable code and an screenshot of your result?
– Kurt
Dec 7 at 5:04
Welcome to TeX.SE! Can you please, as usual here -- show us a short compilable code and an screenshot of your result?
– Kurt
Dec 7 at 5:04
1
1
One reason more for not using the arrow for vectors.
– egreg
Dec 7 at 8:46
One reason more for not using the arrow for vectors.
– egreg
Dec 7 at 8:46
add a comment |
2 Answers
2
active
oldest
votes
6
I'd probably do
documentclass{article}
usepackage{amsmath}
begin{document}
begin{equation}
L=frac{1}{2} m Dot{vec{x}}^2
end{equation}
end{document}
because the Lagrange function is a function of the square of the time derivative of x (and not the time derivative of the square of x).
answered Dec 7 at 5:26
marmot
85.3k497181
That's what I wanted to write, but did not know how to. Thanks.
– Kane Billiot
Dec 7 at 5:27
Is there a difference between dot and Dot?
– Kane Billiot
Dec 7 at 5:29
@KaneBilliot Short answer:Dotworks also when you already have something on top of the symbol. So it would not shift.
– marmot
Dec 7 at 5:30
1
@marmot - For the case at hand, usingdotandDotproduce the same result.
– Mico
Dec 7 at 5:35
1
At the beginning,amsmathprovided capitalized versions of the math accent commands, which had to be used for “nested accents”. A later version ofamsmathmade the standard commands (all lowercase) “nesting aware”. The other commands remained for back compatibility.
– egreg
Dec 7 at 8:46
|
show 2 more comments
5
The first or third option below may be close to what you're looking for. Or, switch from Newton-style to Leibniz-style notation for the derivative, as shown by the fourth option (newly fixed to incorporated @marmot's comment). A separate comment: to make the frac{1}{2} term less visually dominant, consider using tfrac instead of frac.
documentclass{article}
usepackage{amsmath} % for tfrac macro and general accent-placement support
begin{document}
[
tfrac{1}{2}m dot{vec{x}} ^2 quad
tfrac{1}{2}m{dot{vec{x}}}^2 quad
tfrac{1}{2}m{dot{vec{x}}}^{,2} quad
tfrac{1}{2}mbigl(tfrac{mathrm{d}vec{x}}{mathrm{d}t}bigr)^{!2}
]
end{document}
answered Dec 7 at 5:28
Mico
273k30369756
2
I'm pretty sure Leibniz didn't use upright d's.;-)
– egreg
Dec 7 at 8:52
@egreg - I'm pretty sure of that too... I switched to slanted to upright d's mainly on the (now deleted) suggestion of marmot. :-)
– Mico
Dec 7 at 10:25
@egreg That's a very bold statement. Did you know Leibniz personally? I would bet a lot of money on having him typeset the d's upright. Assume you have diameter$d$that depends on time. How would you typeset its time derivative?frac{dd}{dt}? Not really, right? And after all this is a question on the typesetting a physics Lagrange function, and at least in physics people won't hurt others' eyes by typesettingfrac{dd}{dt}.
– marmot
Dec 7 at 13:46
@marmot - Wouldn't it be nice to have access to a few first-edition originals -- facsimiles will do too, I suppose -- of Leibniz's own publications? (In case you're curious: I'm afraid I have no such access...)
– Mico
Dec 7 at 14:08
@Mico I guess we will not be able to figure out how Leibniz would have typeset it. However, I have a reason for pushing for upright d's, namely examples of the typefrac{dd}{dt}. Do you have examples in which upright d's lead to an unfortunate output?
– marmot
Dec 7 at 19:10
|
show 1 more comment
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2 Answers
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2 Answers
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6
I'd probably do
documentclass{article}
usepackage{amsmath}
begin{document}
begin{equation}
L=frac{1}{2} m Dot{vec{x}}^2
end{equation}
end{document}
because the Lagrange function is a function of the square of the time derivative of x (and not the time derivative of the square of x).
answered Dec 7 at 5:26
marmot
85.3k497181
That's what I wanted to write, but did not know how to. Thanks.
– Kane Billiot
Dec 7 at 5:27
Is there a difference between dot and Dot?
– Kane Billiot
Dec 7 at 5:29
@KaneBilliot Short answer:Dotworks also when you already have something on top of the symbol. So it would not shift.
– marmot
Dec 7 at 5:30
1
@marmot - For the case at hand, usingdotandDotproduce the same result.
– Mico
Dec 7 at 5:35
1
At the beginning,amsmathprovided capitalized versions of the math accent commands, which had to be used for “nested accents”. A later version ofamsmathmade the standard commands (all lowercase) “nesting aware”. The other commands remained for back compatibility.
– egreg
Dec 7 at 8:46
|
show 2 more comments
6
I'd probably do
documentclass{article}
usepackage{amsmath}
begin{document}
begin{equation}
L=frac{1}{2} m Dot{vec{x}}^2
end{equation}
end{document}
because the Lagrange function is a function of the square of the time derivative of x (and not the time derivative of the square of x).
answered Dec 7 at 5:26
marmot
85.3k497181
That's what I wanted to write, but did not know how to. Thanks.
– Kane Billiot
Dec 7 at 5:27
Is there a difference between dot and Dot?
– Kane Billiot
Dec 7 at 5:29
@KaneBilliot Short answer:Dotworks also when you already have something on top of the symbol. So it would not shift.
– marmot
Dec 7 at 5:30
1
@marmot - For the case at hand, usingdotandDotproduce the same result.
– Mico
Dec 7 at 5:35
1
At the beginning,amsmathprovided capitalized versions of the math accent commands, which had to be used for “nested accents”. A later version ofamsmathmade the standard commands (all lowercase) “nesting aware”. The other commands remained for back compatibility.
– egreg
Dec 7 at 8:46
|
show 2 more comments
6
6
6
I'd probably do
documentclass{article}
usepackage{amsmath}
begin{document}
begin{equation}
L=frac{1}{2} m Dot{vec{x}}^2
end{equation}
end{document}
because the Lagrange function is a function of the square of the time derivative of x (and not the time derivative of the square of x).
answered Dec 7 at 5:26
marmot
85.3k497181
I'd probably do
documentclass{article}
usepackage{amsmath}
begin{document}
begin{equation}
L=frac{1}{2} m Dot{vec{x}}^2
end{equation}
end{document}
because the Lagrange function is a function of the square of the time derivative of x (and not the time derivative of the square of x).
answered Dec 7 at 5:26
marmot
85.3k497181
answered Dec 7 at 5:26
marmot
85.3k497181
answered Dec 7 at 5:26
marmot
85.3k497181
answered Dec 7 at 5:26
marmot
85.3k497181
85.3k497181
That's what I wanted to write, but did not know how to. Thanks.
– Kane Billiot
Dec 7 at 5:27
Is there a difference between dot and Dot?
– Kane Billiot
Dec 7 at 5:29
@KaneBilliot Short answer:Dotworks also when you already have something on top of the symbol. So it would not shift.
– marmot
Dec 7 at 5:30
1
@marmot - For the case at hand, usingdotandDotproduce the same result.
– Mico
Dec 7 at 5:35
1
At the beginning,amsmathprovided capitalized versions of the math accent commands, which had to be used for “nested accents”. A later version ofamsmathmade the standard commands (all lowercase) “nesting aware”. The other commands remained for back compatibility.
– egreg
Dec 7 at 8:46
|
show 2 more comments
That's what I wanted to write, but did not know how to. Thanks.
– Kane Billiot
Dec 7 at 5:27
Is there a difference between dot and Dot?
– Kane Billiot
Dec 7 at 5:29
@KaneBilliot Short answer:Dotworks also when you already have something on top of the symbol. So it would not shift.
– marmot
Dec 7 at 5:30
1
@marmot - For the case at hand, usingdotandDotproduce the same result.
– Mico
Dec 7 at 5:35
1
At the beginning,amsmathprovided capitalized versions of the math accent commands, which had to be used for “nested accents”. A later version ofamsmathmade the standard commands (all lowercase) “nesting aware”. The other commands remained for back compatibility.
– egreg
Dec 7 at 8:46
That's what I wanted to write, but did not know how to. Thanks.
– Kane Billiot
Dec 7 at 5:27
That's what I wanted to write, but did not know how to. Thanks.
– Kane Billiot
Dec 7 at 5:27
Is there a difference between dot and Dot?
– Kane Billiot
Dec 7 at 5:29
Is there a difference between dot and Dot?
– Kane Billiot
Dec 7 at 5:29
@KaneBilliot Short answer:
Dot works also when you already have something on top of the symbol. So it would not shift.– marmot
Dec 7 at 5:30
@KaneBilliot Short answer:
Dot works also when you already have something on top of the symbol. So it would not shift.– marmot
Dec 7 at 5:30
1
1
@marmot - For the case at hand, using
dot and Dot produce the same result.– Mico
Dec 7 at 5:35
@marmot - For the case at hand, using
dot and Dot produce the same result.– Mico
Dec 7 at 5:35
1
1
At the beginning,
amsmath provided capitalized versions of the math accent commands, which had to be used for “nested accents”. A later version of amsmath made the standard commands (all lowercase) “nesting aware”. The other commands remained for back compatibility.– egreg
Dec 7 at 8:46
At the beginning,
amsmath provided capitalized versions of the math accent commands, which had to be used for “nested accents”. A later version of amsmath made the standard commands (all lowercase) “nesting aware”. The other commands remained for back compatibility.– egreg
Dec 7 at 8:46
|
show 2 more comments
5
The first or third option below may be close to what you're looking for. Or, switch from Newton-style to Leibniz-style notation for the derivative, as shown by the fourth option (newly fixed to incorporated @marmot's comment). A separate comment: to make the frac{1}{2} term less visually dominant, consider using tfrac instead of frac.
documentclass{article}
usepackage{amsmath} % for tfrac macro and general accent-placement support
begin{document}
[
tfrac{1}{2}m dot{vec{x}} ^2 quad
tfrac{1}{2}m{dot{vec{x}}}^2 quad
tfrac{1}{2}m{dot{vec{x}}}^{,2} quad
tfrac{1}{2}mbigl(tfrac{mathrm{d}vec{x}}{mathrm{d}t}bigr)^{!2}
]
end{document}
answered Dec 7 at 5:28
Mico
273k30369756
2
I'm pretty sure Leibniz didn't use upright d's.;-)
– egreg
Dec 7 at 8:52
@egreg - I'm pretty sure of that too... I switched to slanted to upright d's mainly on the (now deleted) suggestion of marmot. :-)
– Mico
Dec 7 at 10:25
@egreg That's a very bold statement. Did you know Leibniz personally? I would bet a lot of money on having him typeset the d's upright. Assume you have diameter$d$that depends on time. How would you typeset its time derivative?frac{dd}{dt}? Not really, right? And after all this is a question on the typesetting a physics Lagrange function, and at least in physics people won't hurt others' eyes by typesettingfrac{dd}{dt}.
– marmot
Dec 7 at 13:46
@marmot - Wouldn't it be nice to have access to a few first-edition originals -- facsimiles will do too, I suppose -- of Leibniz's own publications? (In case you're curious: I'm afraid I have no such access...)
– Mico
Dec 7 at 14:08
@Mico I guess we will not be able to figure out how Leibniz would have typeset it. However, I have a reason for pushing for upright d's, namely examples of the typefrac{dd}{dt}. Do you have examples in which upright d's lead to an unfortunate output?
– marmot
Dec 7 at 19:10
|
show 1 more comment
5
The first or third option below may be close to what you're looking for. Or, switch from Newton-style to Leibniz-style notation for the derivative, as shown by the fourth option (newly fixed to incorporated @marmot's comment). A separate comment: to make the frac{1}{2} term less visually dominant, consider using tfrac instead of frac.
documentclass{article}
usepackage{amsmath} % for tfrac macro and general accent-placement support
begin{document}
[
tfrac{1}{2}m dot{vec{x}} ^2 quad
tfrac{1}{2}m{dot{vec{x}}}^2 quad
tfrac{1}{2}m{dot{vec{x}}}^{,2} quad
tfrac{1}{2}mbigl(tfrac{mathrm{d}vec{x}}{mathrm{d}t}bigr)^{!2}
]
end{document}
answered Dec 7 at 5:28
Mico
273k30369756
2
I'm pretty sure Leibniz didn't use upright d's.;-)
– egreg
Dec 7 at 8:52
@egreg - I'm pretty sure of that too... I switched to slanted to upright d's mainly on the (now deleted) suggestion of marmot. :-)
– Mico
Dec 7 at 10:25
@egreg That's a very bold statement. Did you know Leibniz personally? I would bet a lot of money on having him typeset the d's upright. Assume you have diameter$d$that depends on time. How would you typeset its time derivative?frac{dd}{dt}? Not really, right? And after all this is a question on the typesetting a physics Lagrange function, and at least in physics people won't hurt others' eyes by typesettingfrac{dd}{dt}.
– marmot
Dec 7 at 13:46
@marmot - Wouldn't it be nice to have access to a few first-edition originals -- facsimiles will do too, I suppose -- of Leibniz's own publications? (In case you're curious: I'm afraid I have no such access...)
– Mico
Dec 7 at 14:08
@Mico I guess we will not be able to figure out how Leibniz would have typeset it. However, I have a reason for pushing for upright d's, namely examples of the typefrac{dd}{dt}. Do you have examples in which upright d's lead to an unfortunate output?
– marmot
Dec 7 at 19:10
|
show 1 more comment
5
5
5
The first or third option below may be close to what you're looking for. Or, switch from Newton-style to Leibniz-style notation for the derivative, as shown by the fourth option (newly fixed to incorporated @marmot's comment). A separate comment: to make the frac{1}{2} term less visually dominant, consider using tfrac instead of frac.
documentclass{article}
usepackage{amsmath} % for tfrac macro and general accent-placement support
begin{document}
[
tfrac{1}{2}m dot{vec{x}} ^2 quad
tfrac{1}{2}m{dot{vec{x}}}^2 quad
tfrac{1}{2}m{dot{vec{x}}}^{,2} quad
tfrac{1}{2}mbigl(tfrac{mathrm{d}vec{x}}{mathrm{d}t}bigr)^{!2}
]
end{document}
answered Dec 7 at 5:28
Mico
273k30369756
The first or third option below may be close to what you're looking for. Or, switch from Newton-style to Leibniz-style notation for the derivative, as shown by the fourth option (newly fixed to incorporated @marmot's comment). A separate comment: to make the frac{1}{2} term less visually dominant, consider using tfrac instead of frac.
documentclass{article}
usepackage{amsmath} % for tfrac macro and general accent-placement support
begin{document}
[
tfrac{1}{2}m dot{vec{x}} ^2 quad
tfrac{1}{2}m{dot{vec{x}}}^2 quad
tfrac{1}{2}m{dot{vec{x}}}^{,2} quad
tfrac{1}{2}mbigl(tfrac{mathrm{d}vec{x}}{mathrm{d}t}bigr)^{!2}
]
end{document}
answered Dec 7 at 5:28
Mico
273k30369756
edited Dec 7 at 5:49
answered Dec 7 at 5:28
Mico
273k30369756
answered Dec 7 at 5:28
Mico
273k30369756
answered Dec 7 at 5:28
Mico
273k30369756
273k30369756
2
I'm pretty sure Leibniz didn't use upright d's.;-)
– egreg
Dec 7 at 8:52
@egreg - I'm pretty sure of that too... I switched to slanted to upright d's mainly on the (now deleted) suggestion of marmot. :-)
– Mico
Dec 7 at 10:25
@egreg That's a very bold statement. Did you know Leibniz personally? I would bet a lot of money on having him typeset the d's upright. Assume you have diameter$d$that depends on time. How would you typeset its time derivative?frac{dd}{dt}? Not really, right? And after all this is a question on the typesetting a physics Lagrange function, and at least in physics people won't hurt others' eyes by typesettingfrac{dd}{dt}.
– marmot
Dec 7 at 13:46
@marmot - Wouldn't it be nice to have access to a few first-edition originals -- facsimiles will do too, I suppose -- of Leibniz's own publications? (In case you're curious: I'm afraid I have no such access...)
– Mico
Dec 7 at 14:08
@Mico I guess we will not be able to figure out how Leibniz would have typeset it. However, I have a reason for pushing for upright d's, namely examples of the typefrac{dd}{dt}. Do you have examples in which upright d's lead to an unfortunate output?
– marmot
Dec 7 at 19:10
|
show 1 more comment
2
I'm pretty sure Leibniz didn't use upright d's.;-)
– egreg
Dec 7 at 8:52
@egreg - I'm pretty sure of that too... I switched to slanted to upright d's mainly on the (now deleted) suggestion of marmot. :-)
– Mico
Dec 7 at 10:25
@egreg That's a very bold statement. Did you know Leibniz personally? I would bet a lot of money on having him typeset the d's upright. Assume you have diameter$d$that depends on time. How would you typeset its time derivative?frac{dd}{dt}? Not really, right? And after all this is a question on the typesetting a physics Lagrange function, and at least in physics people won't hurt others' eyes by typesettingfrac{dd}{dt}.
– marmot
Dec 7 at 13:46
@marmot - Wouldn't it be nice to have access to a few first-edition originals -- facsimiles will do too, I suppose -- of Leibniz's own publications? (In case you're curious: I'm afraid I have no such access...)
– Mico
Dec 7 at 14:08
@Mico I guess we will not be able to figure out how Leibniz would have typeset it. However, I have a reason for pushing for upright d's, namely examples of the typefrac{dd}{dt}. Do you have examples in which upright d's lead to an unfortunate output?
– marmot
Dec 7 at 19:10
2
2
I'm pretty sure Leibniz didn't use upright d's.
;-)– egreg
Dec 7 at 8:52
I'm pretty sure Leibniz didn't use upright d's.
;-)– egreg
Dec 7 at 8:52
@egreg - I'm pretty sure of that too... I switched to slanted to upright d's mainly on the (now deleted) suggestion of marmot. :-)
– Mico
Dec 7 at 10:25
@egreg - I'm pretty sure of that too... I switched to slanted to upright d's mainly on the (now deleted) suggestion of marmot. :-)
– Mico
Dec 7 at 10:25
@egreg That's a very bold statement. Did you know Leibniz personally? I would bet a lot of money on having him typeset the d's upright. Assume you have diameter
$d$ that depends on time. How would you typeset its time derivative? frac{dd}{dt}? Not really, right? And after all this is a question on the typesetting a physics Lagrange function, and at least in physics people won't hurt others' eyes by typesetting frac{dd}{dt}.– marmot
Dec 7 at 13:46
@egreg That's a very bold statement. Did you know Leibniz personally? I would bet a lot of money on having him typeset the d's upright. Assume you have diameter
$d$ that depends on time. How would you typeset its time derivative? frac{dd}{dt}? Not really, right? And after all this is a question on the typesetting a physics Lagrange function, and at least in physics people won't hurt others' eyes by typesetting frac{dd}{dt}.– marmot
Dec 7 at 13:46
@marmot - Wouldn't it be nice to have access to a few first-edition originals -- facsimiles will do too, I suppose -- of Leibniz's own publications? (In case you're curious: I'm afraid I have no such access...)
– Mico
Dec 7 at 14:08
@marmot - Wouldn't it be nice to have access to a few first-edition originals -- facsimiles will do too, I suppose -- of Leibniz's own publications? (In case you're curious: I'm afraid I have no such access...)
– Mico
Dec 7 at 14:08
@Mico I guess we will not be able to figure out how Leibniz would have typeset it. However, I have a reason for pushing for upright d's, namely examples of the type
frac{dd}{dt}. Do you have examples in which upright d's lead to an unfortunate output?– marmot
Dec 7 at 19:10
@Mico I guess we will not be able to figure out how Leibniz would have typeset it. However, I have a reason for pushing for upright d's, namely examples of the type
frac{dd}{dt}. Do you have examples in which upright d's lead to an unfortunate output?– marmot
Dec 7 at 19:10
|
show 1 more comment
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Welcome to TeX.SE! Can you please, as usual here -- show us a short compilable code and an screenshot of your result?
– Kurt
Dec 7 at 5:04
1
One reason more for not using the arrow for vectors.
– egreg
Dec 7 at 8:46