How to write cases in LaTeX?












7















I want to write following system of equation in my paper, but I don't know how:
enter image description here



Here is a code that I've tried, but it does not work:



Rgeqslant R_t equiv begin{cases} frac{r_{t+1} (1-W(k_t)}{f'(k{t+1}    
lambda} &mbox{if } k_t < K(lambda) \
frac{r_{t+1}}{f'(k_{t+1})} & mbox{if } k_tgeqslant K(lambda)
end{cases}


Any suggestions will be very helpful. Thanks










share|improve this question




















  • 1





    Excuse me but the code is different from the image. Have I understood well?

    – Sebastiano
    Feb 25 at 13:17






  • 3





    Consider accepting one of the provided answers if your question is solved (check mark on the left hand side of the answers).

    – Dr. Manuel Kuehner
    Feb 25 at 13:44













  • I don't understand what you were having trouble with. The only error I got compiling was about geqslant. What about didn't work? Or were you wanting to get something closer to your image than you have? I would say that your code gives a better output than that image.

    – Teepeemm
    Feb 25 at 16:57
















7















I want to write following system of equation in my paper, but I don't know how:
enter image description here



Here is a code that I've tried, but it does not work:



Rgeqslant R_t equiv begin{cases} frac{r_{t+1} (1-W(k_t)}{f'(k{t+1}    
lambda} &mbox{if } k_t < K(lambda) \
frac{r_{t+1}}{f'(k_{t+1})} & mbox{if } k_tgeqslant K(lambda)
end{cases}


Any suggestions will be very helpful. Thanks










share|improve this question




















  • 1





    Excuse me but the code is different from the image. Have I understood well?

    – Sebastiano
    Feb 25 at 13:17






  • 3





    Consider accepting one of the provided answers if your question is solved (check mark on the left hand side of the answers).

    – Dr. Manuel Kuehner
    Feb 25 at 13:44













  • I don't understand what you were having trouble with. The only error I got compiling was about geqslant. What about didn't work? Or were you wanting to get something closer to your image than you have? I would say that your code gives a better output than that image.

    – Teepeemm
    Feb 25 at 16:57














7












7








7








I want to write following system of equation in my paper, but I don't know how:
enter image description here



Here is a code that I've tried, but it does not work:



Rgeqslant R_t equiv begin{cases} frac{r_{t+1} (1-W(k_t)}{f'(k{t+1}    
lambda} &mbox{if } k_t < K(lambda) \
frac{r_{t+1}}{f'(k_{t+1})} & mbox{if } k_tgeqslant K(lambda)
end{cases}


Any suggestions will be very helpful. Thanks










share|improve this question
















I want to write following system of equation in my paper, but I don't know how:
enter image description here



Here is a code that I've tried, but it does not work:



Rgeqslant R_t equiv begin{cases} frac{r_{t+1} (1-W(k_t)}{f'(k{t+1}    
lambda} &mbox{if } k_t < K(lambda) \
frac{r_{t+1}}{f'(k_{t+1})} & mbox{if } k_tgeqslant K(lambda)
end{cases}


Any suggestions will be very helpful. Thanks







math-mode cases






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited Feb 25 at 13:12









siracusa

5,05511429




5,05511429










asked Feb 25 at 13:02









Nurzada DiushalievaNurzada Diushalieva

362




362








  • 1





    Excuse me but the code is different from the image. Have I understood well?

    – Sebastiano
    Feb 25 at 13:17






  • 3





    Consider accepting one of the provided answers if your question is solved (check mark on the left hand side of the answers).

    – Dr. Manuel Kuehner
    Feb 25 at 13:44













  • I don't understand what you were having trouble with. The only error I got compiling was about geqslant. What about didn't work? Or were you wanting to get something closer to your image than you have? I would say that your code gives a better output than that image.

    – Teepeemm
    Feb 25 at 16:57














  • 1





    Excuse me but the code is different from the image. Have I understood well?

    – Sebastiano
    Feb 25 at 13:17






  • 3





    Consider accepting one of the provided answers if your question is solved (check mark on the left hand side of the answers).

    – Dr. Manuel Kuehner
    Feb 25 at 13:44













  • I don't understand what you were having trouble with. The only error I got compiling was about geqslant. What about didn't work? Or were you wanting to get something closer to your image than you have? I would say that your code gives a better output than that image.

    – Teepeemm
    Feb 25 at 16:57








1




1





Excuse me but the code is different from the image. Have I understood well?

– Sebastiano
Feb 25 at 13:17





Excuse me but the code is different from the image. Have I understood well?

– Sebastiano
Feb 25 at 13:17




3




3





Consider accepting one of the provided answers if your question is solved (check mark on the left hand side of the answers).

– Dr. Manuel Kuehner
Feb 25 at 13:44







Consider accepting one of the provided answers if your question is solved (check mark on the left hand side of the answers).

– Dr. Manuel Kuehner
Feb 25 at 13:44















I don't understand what you were having trouble with. The only error I got compiling was about geqslant. What about didn't work? Or were you wanting to get something closer to your image than you have? I would say that your code gives a better output than that image.

– Teepeemm
Feb 25 at 16:57





I don't understand what you were having trouble with. The only error I got compiling was about geqslant. What about didn't work? Or were you wanting to get something closer to your image than you have? I would say that your code gives a better output than that image.

– Teepeemm
Feb 25 at 16:57










2 Answers
2






active

oldest

votes


















12














I would load the mathtools package, which is a superset of the amsmath package, and employ that package's dcases* environment.



enter image description here



documentclass{article}
usepackage{mathtools} % for 'dcases*' env.
begin{document}
[
Rge R_t equiv
begin{dcases*}
frac{r_{t+1}}{f'(k_{t+1})}frac{1-W(k_t)}{lambda}
& if $k_t < K(lambda)$,, \[1ex]
frac{r_{t+1}}{f'(k_{t+1})}
& if $k_tge K(lambda)$,.
end{dcases*}
]
end{document}





share|improve this answer



















  • 1





    Is this command better than the usual cases command?

    – knzhou
    Feb 25 at 16:38






  • 2





    @knzhou - I wouldn't say that dcases is necessarily better than cases, certainly not in the sense of it being *always and everywhere" better than cases. The d in dcases denotes "automatic display-style math mode. It's handy if one has to typeset expressions such as frac, which might look a whole lot better when rendered in display-style math mode rather than in text-style math mode. Conversely, cases is much more parsimonious, space-wise, than dcases. If conserving space is an important criterion, by all means go with cases.

    – Mico
    Feb 25 at 16:44








  • 2





    Makes sense, thanks! I was just asking in case cases had been declared obsolete by people in the know for some reason, like how [ ... ] is supposed to be strictly better than $$ ... $$.

    – knzhou
    Feb 25 at 16:50



















4














Welcome to TeX.SE. Here my (fast) proposal from your original code:



enter image description here



documentclass[12pt]{article}
usepackage{amsmath,amssymb}

begin{document}
[Rgeqslant R_t equiv begin{cases} dfrac{r_{t+1} (1-W(k_t))}{f'(k{t+1}
lambda)} &mbox{if } k_t < K(lambda) \
&\
dfrac{r_{t+1}}{f'(k_{t+1})} & mbox{if } k_tgeqslant K(lambda)
end{cases}]
end{document}


EDIT: By correct comment of @Yorgos:



documentclass[12pt]{article}
usepackage{amsmath,amssymb}
begin{document}
[
Rgeqslant R_t equiv
begin{cases}
dfrac{r_{t+1} (1-W(k_t))}{f'(k{t+1} lambda)}
& text{if } k_t < K(lambda) \
&\ % blank row
dfrac{r_{t+1}}{f'(k_{t+1})}
& text{if } k_tgeqslant K(lambda)
end{cases}
]
end{document}





share|improve this answer





















  • 1





    i don't think that mbox is necessary, since & aligns. also i prefer equation environment, since it allows for numbering the equation

    – Yorgos
    Feb 25 at 13:09








  • 1





    @Yorgos I accept your suggestion correctly. I have only taken the code from the user. :(

    – Sebastiano
    Feb 25 at 13:11






  • 1





    @Sebastiano Thanks a lot :)

    – Nurzada Diushalieva
    Feb 25 at 13:21











  • I believe that the k{t+1} term in the first denominator should be changed to k_{t+1}.

    – Mico
    Feb 25 at 13:22











  • @Mico Thank you very much for edit and all ....You're right for you comment.

    – Sebastiano
    Feb 25 at 15:58











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2 Answers
2






active

oldest

votes








2 Answers
2






active

oldest

votes









active

oldest

votes






active

oldest

votes









12














I would load the mathtools package, which is a superset of the amsmath package, and employ that package's dcases* environment.



enter image description here



documentclass{article}
usepackage{mathtools} % for 'dcases*' env.
begin{document}
[
Rge R_t equiv
begin{dcases*}
frac{r_{t+1}}{f'(k_{t+1})}frac{1-W(k_t)}{lambda}
& if $k_t < K(lambda)$,, \[1ex]
frac{r_{t+1}}{f'(k_{t+1})}
& if $k_tge K(lambda)$,.
end{dcases*}
]
end{document}





share|improve this answer



















  • 1





    Is this command better than the usual cases command?

    – knzhou
    Feb 25 at 16:38






  • 2





    @knzhou - I wouldn't say that dcases is necessarily better than cases, certainly not in the sense of it being *always and everywhere" better than cases. The d in dcases denotes "automatic display-style math mode. It's handy if one has to typeset expressions such as frac, which might look a whole lot better when rendered in display-style math mode rather than in text-style math mode. Conversely, cases is much more parsimonious, space-wise, than dcases. If conserving space is an important criterion, by all means go with cases.

    – Mico
    Feb 25 at 16:44








  • 2





    Makes sense, thanks! I was just asking in case cases had been declared obsolete by people in the know for some reason, like how [ ... ] is supposed to be strictly better than $$ ... $$.

    – knzhou
    Feb 25 at 16:50
















12














I would load the mathtools package, which is a superset of the amsmath package, and employ that package's dcases* environment.



enter image description here



documentclass{article}
usepackage{mathtools} % for 'dcases*' env.
begin{document}
[
Rge R_t equiv
begin{dcases*}
frac{r_{t+1}}{f'(k_{t+1})}frac{1-W(k_t)}{lambda}
& if $k_t < K(lambda)$,, \[1ex]
frac{r_{t+1}}{f'(k_{t+1})}
& if $k_tge K(lambda)$,.
end{dcases*}
]
end{document}





share|improve this answer



















  • 1





    Is this command better than the usual cases command?

    – knzhou
    Feb 25 at 16:38






  • 2





    @knzhou - I wouldn't say that dcases is necessarily better than cases, certainly not in the sense of it being *always and everywhere" better than cases. The d in dcases denotes "automatic display-style math mode. It's handy if one has to typeset expressions such as frac, which might look a whole lot better when rendered in display-style math mode rather than in text-style math mode. Conversely, cases is much more parsimonious, space-wise, than dcases. If conserving space is an important criterion, by all means go with cases.

    – Mico
    Feb 25 at 16:44








  • 2





    Makes sense, thanks! I was just asking in case cases had been declared obsolete by people in the know for some reason, like how [ ... ] is supposed to be strictly better than $$ ... $$.

    – knzhou
    Feb 25 at 16:50














12












12








12







I would load the mathtools package, which is a superset of the amsmath package, and employ that package's dcases* environment.



enter image description here



documentclass{article}
usepackage{mathtools} % for 'dcases*' env.
begin{document}
[
Rge R_t equiv
begin{dcases*}
frac{r_{t+1}}{f'(k_{t+1})}frac{1-W(k_t)}{lambda}
& if $k_t < K(lambda)$,, \[1ex]
frac{r_{t+1}}{f'(k_{t+1})}
& if $k_tge K(lambda)$,.
end{dcases*}
]
end{document}





share|improve this answer













I would load the mathtools package, which is a superset of the amsmath package, and employ that package's dcases* environment.



enter image description here



documentclass{article}
usepackage{mathtools} % for 'dcases*' env.
begin{document}
[
Rge R_t equiv
begin{dcases*}
frac{r_{t+1}}{f'(k_{t+1})}frac{1-W(k_t)}{lambda}
& if $k_t < K(lambda)$,, \[1ex]
frac{r_{t+1}}{f'(k_{t+1})}
& if $k_tge K(lambda)$,.
end{dcases*}
]
end{document}






share|improve this answer












share|improve this answer



share|improve this answer










answered Feb 25 at 13:19









MicoMico

281k31384773




281k31384773








  • 1





    Is this command better than the usual cases command?

    – knzhou
    Feb 25 at 16:38






  • 2





    @knzhou - I wouldn't say that dcases is necessarily better than cases, certainly not in the sense of it being *always and everywhere" better than cases. The d in dcases denotes "automatic display-style math mode. It's handy if one has to typeset expressions such as frac, which might look a whole lot better when rendered in display-style math mode rather than in text-style math mode. Conversely, cases is much more parsimonious, space-wise, than dcases. If conserving space is an important criterion, by all means go with cases.

    – Mico
    Feb 25 at 16:44








  • 2





    Makes sense, thanks! I was just asking in case cases had been declared obsolete by people in the know for some reason, like how [ ... ] is supposed to be strictly better than $$ ... $$.

    – knzhou
    Feb 25 at 16:50














  • 1





    Is this command better than the usual cases command?

    – knzhou
    Feb 25 at 16:38






  • 2





    @knzhou - I wouldn't say that dcases is necessarily better than cases, certainly not in the sense of it being *always and everywhere" better than cases. The d in dcases denotes "automatic display-style math mode. It's handy if one has to typeset expressions such as frac, which might look a whole lot better when rendered in display-style math mode rather than in text-style math mode. Conversely, cases is much more parsimonious, space-wise, than dcases. If conserving space is an important criterion, by all means go with cases.

    – Mico
    Feb 25 at 16:44








  • 2





    Makes sense, thanks! I was just asking in case cases had been declared obsolete by people in the know for some reason, like how [ ... ] is supposed to be strictly better than $$ ... $$.

    – knzhou
    Feb 25 at 16:50








1




1





Is this command better than the usual cases command?

– knzhou
Feb 25 at 16:38





Is this command better than the usual cases command?

– knzhou
Feb 25 at 16:38




2




2





@knzhou - I wouldn't say that dcases is necessarily better than cases, certainly not in the sense of it being *always and everywhere" better than cases. The d in dcases denotes "automatic display-style math mode. It's handy if one has to typeset expressions such as frac, which might look a whole lot better when rendered in display-style math mode rather than in text-style math mode. Conversely, cases is much more parsimonious, space-wise, than dcases. If conserving space is an important criterion, by all means go with cases.

– Mico
Feb 25 at 16:44







@knzhou - I wouldn't say that dcases is necessarily better than cases, certainly not in the sense of it being *always and everywhere" better than cases. The d in dcases denotes "automatic display-style math mode. It's handy if one has to typeset expressions such as frac, which might look a whole lot better when rendered in display-style math mode rather than in text-style math mode. Conversely, cases is much more parsimonious, space-wise, than dcases. If conserving space is an important criterion, by all means go with cases.

– Mico
Feb 25 at 16:44






2




2





Makes sense, thanks! I was just asking in case cases had been declared obsolete by people in the know for some reason, like how [ ... ] is supposed to be strictly better than $$ ... $$.

– knzhou
Feb 25 at 16:50





Makes sense, thanks! I was just asking in case cases had been declared obsolete by people in the know for some reason, like how [ ... ] is supposed to be strictly better than $$ ... $$.

– knzhou
Feb 25 at 16:50











4














Welcome to TeX.SE. Here my (fast) proposal from your original code:



enter image description here



documentclass[12pt]{article}
usepackage{amsmath,amssymb}

begin{document}
[Rgeqslant R_t equiv begin{cases} dfrac{r_{t+1} (1-W(k_t))}{f'(k{t+1}
lambda)} &mbox{if } k_t < K(lambda) \
&\
dfrac{r_{t+1}}{f'(k_{t+1})} & mbox{if } k_tgeqslant K(lambda)
end{cases}]
end{document}


EDIT: By correct comment of @Yorgos:



documentclass[12pt]{article}
usepackage{amsmath,amssymb}
begin{document}
[
Rgeqslant R_t equiv
begin{cases}
dfrac{r_{t+1} (1-W(k_t))}{f'(k{t+1} lambda)}
& text{if } k_t < K(lambda) \
&\ % blank row
dfrac{r_{t+1}}{f'(k_{t+1})}
& text{if } k_tgeqslant K(lambda)
end{cases}
]
end{document}





share|improve this answer





















  • 1





    i don't think that mbox is necessary, since & aligns. also i prefer equation environment, since it allows for numbering the equation

    – Yorgos
    Feb 25 at 13:09








  • 1





    @Yorgos I accept your suggestion correctly. I have only taken the code from the user. :(

    – Sebastiano
    Feb 25 at 13:11






  • 1





    @Sebastiano Thanks a lot :)

    – Nurzada Diushalieva
    Feb 25 at 13:21











  • I believe that the k{t+1} term in the first denominator should be changed to k_{t+1}.

    – Mico
    Feb 25 at 13:22











  • @Mico Thank you very much for edit and all ....You're right for you comment.

    – Sebastiano
    Feb 25 at 15:58
















4














Welcome to TeX.SE. Here my (fast) proposal from your original code:



enter image description here



documentclass[12pt]{article}
usepackage{amsmath,amssymb}

begin{document}
[Rgeqslant R_t equiv begin{cases} dfrac{r_{t+1} (1-W(k_t))}{f'(k{t+1}
lambda)} &mbox{if } k_t < K(lambda) \
&\
dfrac{r_{t+1}}{f'(k_{t+1})} & mbox{if } k_tgeqslant K(lambda)
end{cases}]
end{document}


EDIT: By correct comment of @Yorgos:



documentclass[12pt]{article}
usepackage{amsmath,amssymb}
begin{document}
[
Rgeqslant R_t equiv
begin{cases}
dfrac{r_{t+1} (1-W(k_t))}{f'(k{t+1} lambda)}
& text{if } k_t < K(lambda) \
&\ % blank row
dfrac{r_{t+1}}{f'(k_{t+1})}
& text{if } k_tgeqslant K(lambda)
end{cases}
]
end{document}





share|improve this answer





















  • 1





    i don't think that mbox is necessary, since & aligns. also i prefer equation environment, since it allows for numbering the equation

    – Yorgos
    Feb 25 at 13:09








  • 1





    @Yorgos I accept your suggestion correctly. I have only taken the code from the user. :(

    – Sebastiano
    Feb 25 at 13:11






  • 1





    @Sebastiano Thanks a lot :)

    – Nurzada Diushalieva
    Feb 25 at 13:21











  • I believe that the k{t+1} term in the first denominator should be changed to k_{t+1}.

    – Mico
    Feb 25 at 13:22











  • @Mico Thank you very much for edit and all ....You're right for you comment.

    – Sebastiano
    Feb 25 at 15:58














4












4








4







Welcome to TeX.SE. Here my (fast) proposal from your original code:



enter image description here



documentclass[12pt]{article}
usepackage{amsmath,amssymb}

begin{document}
[Rgeqslant R_t equiv begin{cases} dfrac{r_{t+1} (1-W(k_t))}{f'(k{t+1}
lambda)} &mbox{if } k_t < K(lambda) \
&\
dfrac{r_{t+1}}{f'(k_{t+1})} & mbox{if } k_tgeqslant K(lambda)
end{cases}]
end{document}


EDIT: By correct comment of @Yorgos:



documentclass[12pt]{article}
usepackage{amsmath,amssymb}
begin{document}
[
Rgeqslant R_t equiv
begin{cases}
dfrac{r_{t+1} (1-W(k_t))}{f'(k{t+1} lambda)}
& text{if } k_t < K(lambda) \
&\ % blank row
dfrac{r_{t+1}}{f'(k_{t+1})}
& text{if } k_tgeqslant K(lambda)
end{cases}
]
end{document}





share|improve this answer















Welcome to TeX.SE. Here my (fast) proposal from your original code:



enter image description here



documentclass[12pt]{article}
usepackage{amsmath,amssymb}

begin{document}
[Rgeqslant R_t equiv begin{cases} dfrac{r_{t+1} (1-W(k_t))}{f'(k{t+1}
lambda)} &mbox{if } k_t < K(lambda) \
&\
dfrac{r_{t+1}}{f'(k_{t+1})} & mbox{if } k_tgeqslant K(lambda)
end{cases}]
end{document}


EDIT: By correct comment of @Yorgos:



documentclass[12pt]{article}
usepackage{amsmath,amssymb}
begin{document}
[
Rgeqslant R_t equiv
begin{cases}
dfrac{r_{t+1} (1-W(k_t))}{f'(k{t+1} lambda)}
& text{if } k_t < K(lambda) \
&\ % blank row
dfrac{r_{t+1}}{f'(k_{t+1})}
& text{if } k_tgeqslant K(lambda)
end{cases}
]
end{document}






share|improve this answer














share|improve this answer



share|improve this answer








edited Feb 25 at 13:21









Mico

281k31384773




281k31384773










answered Feb 25 at 13:06









SebastianoSebastiano

10.4k42060




10.4k42060








  • 1





    i don't think that mbox is necessary, since & aligns. also i prefer equation environment, since it allows for numbering the equation

    – Yorgos
    Feb 25 at 13:09








  • 1





    @Yorgos I accept your suggestion correctly. I have only taken the code from the user. :(

    – Sebastiano
    Feb 25 at 13:11






  • 1





    @Sebastiano Thanks a lot :)

    – Nurzada Diushalieva
    Feb 25 at 13:21











  • I believe that the k{t+1} term in the first denominator should be changed to k_{t+1}.

    – Mico
    Feb 25 at 13:22











  • @Mico Thank you very much for edit and all ....You're right for you comment.

    – Sebastiano
    Feb 25 at 15:58














  • 1





    i don't think that mbox is necessary, since & aligns. also i prefer equation environment, since it allows for numbering the equation

    – Yorgos
    Feb 25 at 13:09








  • 1





    @Yorgos I accept your suggestion correctly. I have only taken the code from the user. :(

    – Sebastiano
    Feb 25 at 13:11






  • 1





    @Sebastiano Thanks a lot :)

    – Nurzada Diushalieva
    Feb 25 at 13:21











  • I believe that the k{t+1} term in the first denominator should be changed to k_{t+1}.

    – Mico
    Feb 25 at 13:22











  • @Mico Thank you very much for edit and all ....You're right for you comment.

    – Sebastiano
    Feb 25 at 15:58








1




1





i don't think that mbox is necessary, since & aligns. also i prefer equation environment, since it allows for numbering the equation

– Yorgos
Feb 25 at 13:09







i don't think that mbox is necessary, since & aligns. also i prefer equation environment, since it allows for numbering the equation

– Yorgos
Feb 25 at 13:09






1




1





@Yorgos I accept your suggestion correctly. I have only taken the code from the user. :(

– Sebastiano
Feb 25 at 13:11





@Yorgos I accept your suggestion correctly. I have only taken the code from the user. :(

– Sebastiano
Feb 25 at 13:11




1




1





@Sebastiano Thanks a lot :)

– Nurzada Diushalieva
Feb 25 at 13:21





@Sebastiano Thanks a lot :)

– Nurzada Diushalieva
Feb 25 at 13:21













I believe that the k{t+1} term in the first denominator should be changed to k_{t+1}.

– Mico
Feb 25 at 13:22





I believe that the k{t+1} term in the first denominator should be changed to k_{t+1}.

– Mico
Feb 25 at 13:22













@Mico Thank you very much for edit and all ....You're right for you comment.

– Sebastiano
Feb 25 at 15:58





@Mico Thank you very much for edit and all ....You're right for you comment.

– Sebastiano
Feb 25 at 15:58


















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