How to write these equations [duplicate]












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  • What are good learning resources for a LaTeX beginner?

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I want to typeset these equations :


















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marked as duplicate by JouleV, Stefan Pinnow, Community 27 mins ago


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  • Welcome to TeX.SE! What have you tried so far and where do you got stuck at making these equations?

    – JouleV
    1 hour ago
















-1
















This question already has an answer here:




  • What are good learning resources for a LaTeX beginner?

    32 answers




I want to typeset these equations :


















share|improve this question









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Davis is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.











marked as duplicate by JouleV, Stefan Pinnow, Community 27 mins ago


This question has been asked before and already has an answer. If those answers do not fully address your question, please ask a new question.



















  • Welcome to TeX.SE! What have you tried so far and where do you got stuck at making these equations?

    – JouleV
    1 hour ago














-1












-1








-1









This question already has an answer here:




  • What are good learning resources for a LaTeX beginner?

    32 answers




I want to typeset these equations :


















share|improve this question









New contributor




Davis is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.













This question already has an answer here:




  • What are good learning resources for a LaTeX beginner?

    32 answers




I want to typeset these equations :













This question already has an answer here:




  • What are good learning resources for a LaTeX beginner?

    32 answers








math-mode equations






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Davis is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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share|improve this question









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share|improve this question




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edited 1 hour ago









JouleV

4,6861939




4,6861939






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asked 1 hour ago









DavisDavis

31




31




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New contributor





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Check out our Code of Conduct.






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marked as duplicate by JouleV, Stefan Pinnow, Community 27 mins ago


This question has been asked before and already has an answer. If those answers do not fully address your question, please ask a new question.









marked as duplicate by JouleV, Stefan Pinnow, Community 27 mins ago


This question has been asked before and already has an answer. If those answers do not fully address your question, please ask a new question.















  • Welcome to TeX.SE! What have you tried so far and where do you got stuck at making these equations?

    – JouleV
    1 hour ago



















  • Welcome to TeX.SE! What have you tried so far and where do you got stuck at making these equations?

    – JouleV
    1 hour ago

















Welcome to TeX.SE! What have you tried so far and where do you got stuck at making these equations?

– JouleV
1 hour ago





Welcome to TeX.SE! What have you tried so far and where do you got stuck at making these equations?

– JouleV
1 hour ago










1 Answer
1






active

oldest

votes


















2














documentclass{article}
usepackage{amsmath,amssymb}
begin{document}
We have
[tilde{P}_i^{1-sigma}=sum_j^Nleft[prod_{(Mjisucc0)}tilde{p}_j^{1-sigma}theta_jprod_{k=1}^Ke^{beta_kD_{kji}}right]qquadforall j]
and
[sum_{i=1}^Nsum_{j=1}^Nleft[mathrm M_{ij}-exp(T_{ij}overset{smallfrown}{delta})right]T_{ij}=0]
as well as
[M_{ij}=frac{Y_iY_j}{Y^W}frac{prod_{h=1}^He^{delta_hD_{hji}}}{tilde P_i^{1-sigma}tilde P_j^{1-sigma}}]
also
[prod_i^{1-sigma}=sum_{j}^Nleft(frac{t_{ij}}{tilde P_j}right)^{1-sigma}cdotfrac{E_j}{Y_t}]

And these are inline:

begin{enumerate}
item $tilde{P}_i^{1-sigma}=sum_j^Nleft[prod_{(Mjisucc0)}tilde{p}_j^{1-sigma}theta_jprod_{k=1}^Ke^{beta_kD_{kji}}right]qquadforall j$
item $sum_{i=1}^Nsum_{j=1}^Nleft[mathrm M_{ij}-exp(T_{ij}overset{smallfrown}{delta})right]T_{ij}=0$
item $M_{ij}=frac{Y_iY_j}{Y^W}frac{prod_{h=1}^He^{delta_hD_{hji}}}{tilde P_i^{1-sigma}tilde P_j^{1-sigma}}$
item $prod_i^{1-sigma}=sum_{j}^Nleft(frac{t_{ij}}{tilde P_j}right)^{1-sigma}cdotfrac{E_j}{Y_t}$
end{enumerate}
end{document}


enter image description here






share|improve this answer
























  • Thank you ,JouleV !

    – Davis
    32 mins ago


















1 Answer
1






active

oldest

votes








1 Answer
1






active

oldest

votes









active

oldest

votes






active

oldest

votes









2














documentclass{article}
usepackage{amsmath,amssymb}
begin{document}
We have
[tilde{P}_i^{1-sigma}=sum_j^Nleft[prod_{(Mjisucc0)}tilde{p}_j^{1-sigma}theta_jprod_{k=1}^Ke^{beta_kD_{kji}}right]qquadforall j]
and
[sum_{i=1}^Nsum_{j=1}^Nleft[mathrm M_{ij}-exp(T_{ij}overset{smallfrown}{delta})right]T_{ij}=0]
as well as
[M_{ij}=frac{Y_iY_j}{Y^W}frac{prod_{h=1}^He^{delta_hD_{hji}}}{tilde P_i^{1-sigma}tilde P_j^{1-sigma}}]
also
[prod_i^{1-sigma}=sum_{j}^Nleft(frac{t_{ij}}{tilde P_j}right)^{1-sigma}cdotfrac{E_j}{Y_t}]

And these are inline:

begin{enumerate}
item $tilde{P}_i^{1-sigma}=sum_j^Nleft[prod_{(Mjisucc0)}tilde{p}_j^{1-sigma}theta_jprod_{k=1}^Ke^{beta_kD_{kji}}right]qquadforall j$
item $sum_{i=1}^Nsum_{j=1}^Nleft[mathrm M_{ij}-exp(T_{ij}overset{smallfrown}{delta})right]T_{ij}=0$
item $M_{ij}=frac{Y_iY_j}{Y^W}frac{prod_{h=1}^He^{delta_hD_{hji}}}{tilde P_i^{1-sigma}tilde P_j^{1-sigma}}$
item $prod_i^{1-sigma}=sum_{j}^Nleft(frac{t_{ij}}{tilde P_j}right)^{1-sigma}cdotfrac{E_j}{Y_t}$
end{enumerate}
end{document}


enter image description here






share|improve this answer
























  • Thank you ,JouleV !

    – Davis
    32 mins ago
















2














documentclass{article}
usepackage{amsmath,amssymb}
begin{document}
We have
[tilde{P}_i^{1-sigma}=sum_j^Nleft[prod_{(Mjisucc0)}tilde{p}_j^{1-sigma}theta_jprod_{k=1}^Ke^{beta_kD_{kji}}right]qquadforall j]
and
[sum_{i=1}^Nsum_{j=1}^Nleft[mathrm M_{ij}-exp(T_{ij}overset{smallfrown}{delta})right]T_{ij}=0]
as well as
[M_{ij}=frac{Y_iY_j}{Y^W}frac{prod_{h=1}^He^{delta_hD_{hji}}}{tilde P_i^{1-sigma}tilde P_j^{1-sigma}}]
also
[prod_i^{1-sigma}=sum_{j}^Nleft(frac{t_{ij}}{tilde P_j}right)^{1-sigma}cdotfrac{E_j}{Y_t}]

And these are inline:

begin{enumerate}
item $tilde{P}_i^{1-sigma}=sum_j^Nleft[prod_{(Mjisucc0)}tilde{p}_j^{1-sigma}theta_jprod_{k=1}^Ke^{beta_kD_{kji}}right]qquadforall j$
item $sum_{i=1}^Nsum_{j=1}^Nleft[mathrm M_{ij}-exp(T_{ij}overset{smallfrown}{delta})right]T_{ij}=0$
item $M_{ij}=frac{Y_iY_j}{Y^W}frac{prod_{h=1}^He^{delta_hD_{hji}}}{tilde P_i^{1-sigma}tilde P_j^{1-sigma}}$
item $prod_i^{1-sigma}=sum_{j}^Nleft(frac{t_{ij}}{tilde P_j}right)^{1-sigma}cdotfrac{E_j}{Y_t}$
end{enumerate}
end{document}


enter image description here






share|improve this answer
























  • Thank you ,JouleV !

    – Davis
    32 mins ago














2












2








2







documentclass{article}
usepackage{amsmath,amssymb}
begin{document}
We have
[tilde{P}_i^{1-sigma}=sum_j^Nleft[prod_{(Mjisucc0)}tilde{p}_j^{1-sigma}theta_jprod_{k=1}^Ke^{beta_kD_{kji}}right]qquadforall j]
and
[sum_{i=1}^Nsum_{j=1}^Nleft[mathrm M_{ij}-exp(T_{ij}overset{smallfrown}{delta})right]T_{ij}=0]
as well as
[M_{ij}=frac{Y_iY_j}{Y^W}frac{prod_{h=1}^He^{delta_hD_{hji}}}{tilde P_i^{1-sigma}tilde P_j^{1-sigma}}]
also
[prod_i^{1-sigma}=sum_{j}^Nleft(frac{t_{ij}}{tilde P_j}right)^{1-sigma}cdotfrac{E_j}{Y_t}]

And these are inline:

begin{enumerate}
item $tilde{P}_i^{1-sigma}=sum_j^Nleft[prod_{(Mjisucc0)}tilde{p}_j^{1-sigma}theta_jprod_{k=1}^Ke^{beta_kD_{kji}}right]qquadforall j$
item $sum_{i=1}^Nsum_{j=1}^Nleft[mathrm M_{ij}-exp(T_{ij}overset{smallfrown}{delta})right]T_{ij}=0$
item $M_{ij}=frac{Y_iY_j}{Y^W}frac{prod_{h=1}^He^{delta_hD_{hji}}}{tilde P_i^{1-sigma}tilde P_j^{1-sigma}}$
item $prod_i^{1-sigma}=sum_{j}^Nleft(frac{t_{ij}}{tilde P_j}right)^{1-sigma}cdotfrac{E_j}{Y_t}$
end{enumerate}
end{document}


enter image description here






share|improve this answer













documentclass{article}
usepackage{amsmath,amssymb}
begin{document}
We have
[tilde{P}_i^{1-sigma}=sum_j^Nleft[prod_{(Mjisucc0)}tilde{p}_j^{1-sigma}theta_jprod_{k=1}^Ke^{beta_kD_{kji}}right]qquadforall j]
and
[sum_{i=1}^Nsum_{j=1}^Nleft[mathrm M_{ij}-exp(T_{ij}overset{smallfrown}{delta})right]T_{ij}=0]
as well as
[M_{ij}=frac{Y_iY_j}{Y^W}frac{prod_{h=1}^He^{delta_hD_{hji}}}{tilde P_i^{1-sigma}tilde P_j^{1-sigma}}]
also
[prod_i^{1-sigma}=sum_{j}^Nleft(frac{t_{ij}}{tilde P_j}right)^{1-sigma}cdotfrac{E_j}{Y_t}]

And these are inline:

begin{enumerate}
item $tilde{P}_i^{1-sigma}=sum_j^Nleft[prod_{(Mjisucc0)}tilde{p}_j^{1-sigma}theta_jprod_{k=1}^Ke^{beta_kD_{kji}}right]qquadforall j$
item $sum_{i=1}^Nsum_{j=1}^Nleft[mathrm M_{ij}-exp(T_{ij}overset{smallfrown}{delta})right]T_{ij}=0$
item $M_{ij}=frac{Y_iY_j}{Y^W}frac{prod_{h=1}^He^{delta_hD_{hji}}}{tilde P_i^{1-sigma}tilde P_j^{1-sigma}}$
item $prod_i^{1-sigma}=sum_{j}^Nleft(frac{t_{ij}}{tilde P_j}right)^{1-sigma}cdotfrac{E_j}{Y_t}$
end{enumerate}
end{document}


enter image description here







share|improve this answer












share|improve this answer



share|improve this answer










answered 1 hour ago









JouleVJouleV

4,6861939




4,6861939













  • Thank you ,JouleV !

    – Davis
    32 mins ago



















  • Thank you ,JouleV !

    – Davis
    32 mins ago

















Thank you ,JouleV !

– Davis
32 mins ago





Thank you ,JouleV !

– Davis
32 mins ago



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