i want to write my latex code as in the image inserted below. Please can someone help me to improve my code here to let them look like in the image.
\begin{multline*}
\begin{bmatrix}
k_{A,t} \\ k_{BC,t} \\ k_{M,t} \\ k_{NB,t} \\ k_{NS,t} \\ k_{O,t} \\ k_{PEI,t}\\ k_{Q,t}\\ k_{S,t}
\end{bmatrix}
=
\begin{bmatrix}
.43&-.03 & .03 & .09 & .03 & .06 & .30&-.11&-.10&-.22\\
.0008 & .57 & .12& .19& .08 & .50 &.0035 & -.25 & -.40\\
041 & .15 & -.11 & .30 & .10 & .22& .01 & -.07 & .02\\
.048 & .10 &.03 & .28 & .28 & -.09 & .10 & .17 & -.13\\
.34 & -.04 & .26& .05& -.54 & .26 & 0.23 & .10 & .10 \\
.14 & .20 & -.12 & -.06 & .01 & .86 & .08 & -.001 & -.17 \\
.038 & -.07 &.07 & .23 & -.08 & .31& .15 & .32 &-.32\\
.20 & .09 & .12 &-.05 & .04 & .10& .09 & .14 & .701&-.03\\
.14 & .06 & .17 & .32 & 0.25 & 0.12 & -.06 & - .12&-.04\\
\end{bmatrix}
\begin{bmatrix}
k_{A,t-1} \\ k_{BC,t-1} \\ k_{M,t-1} \\ k_{NB,t-1} \\ k_{NS,t-1} \\ k_{O,t-1} \\ k_{PEI,t-1} \\ k_{Q,t-1} \\ k_{S,t-1}
\end{bmatrix}
+ \\
\begin{bmatrix}
-.26 & -.227 & -.26 &-.23 &.13 &-.05&0.34&-0.05 & -.18 \\
%.04 & -.25 & .08 & .20 & .03 & .30 & -.12 & -.09 & -.29\\
%.26 & .27 & -1.38 & .44 & -.02 & .12 & .01 & -.06 & .23\\
%.46 & .18 & -.23 & -.41 & .14 & -.13 & -.13 & -.01 & -.12\\
%.25 & -.19 & -.32 & .44 & -.35 &.52 &.24 &-.19 &-.33\\
%.19 & .16 & -.24 & .02 & -.01 & .01 & .03 & -.04 & -.16\\
%-.19 & .06 & -.03 & .09 & .24 & -.58 & .36 & -.48 & .002\\
%.29 & .04 & -.18 & .13 & .07 & .20& .15 & -.32 & .31\\
%.23 & .04 & -.9 & .40 & -.05 & .17 & -.07 & .17 & -.72\\
\end{bmatrix}
\begin{bmatrix}
\lambda
\end{bmatrix}
+
\begin{bmatrix}
11.74 \\ 8.59 \\ 10.93 \\ 9.46 \\ -8.55 \\ .096 \\ -12.76 \\ -0.37\\ 7.91\\
\end{bmatrix}
\end{multline*}
\documentclass{...}
, the required\usepackage
's,\begin{document}
, and\end{document}
. That may seem tedious to you, but think of the extra work it represents for TeX.SX users willing to give you a hand. Help them help you: remove that one hurdle between you and a solution to your problem.