How to write these equations [duplicate]
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
New contributor
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.
add a comment |
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
New contributor
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
add a comment |
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
New contributor
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
New contributor
New contributor
edited 1 hour ago
JouleV
4,6861939
4,6861939
New contributor
asked 1 hour ago
DavisDavis
31
31
New contributor
New contributor
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
add a comment |
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
add a comment |
1 Answer
1
active
oldest
votes
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}
Thank you ,JouleV !
– Davis
32 mins ago
add a comment |
1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
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}
Thank you ,JouleV !
– Davis
32 mins ago
add a comment |
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}
Thank you ,JouleV !
– Davis
32 mins ago
add a comment |
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}
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}
answered 1 hour ago
JouleVJouleV
4,6861939
4,6861939
Thank you ,JouleV !
– Davis
32 mins ago
add a comment |
Thank you ,JouleV !
– Davis
32 mins ago
Thank you ,JouleV !
– Davis
32 mins ago
Thank you ,JouleV !
– Davis
32 mins ago
add a comment |
Welcome to TeX.SE! What have you tried so far and where do you got stuck at making these equations?
– JouleV
1 hour ago