How to write these equations [duplicate]












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  • What are good learning resources for a LaTeX beginner?

    32 answers




I want to typeset these equations :














math-mode equations







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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.



















  • 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 :














math-mode 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.











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 :














math-mode 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




math-mode 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.











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.









share|improve this question




share|improve this question








edited 1 hour ago









JouleV

4,6861939




4,6861939






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asked 1 hour ago









DavisDavis

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New contributor





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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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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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