so ... I I would have < a > defined and

also defined .. and if the value of t would change I would be able to find the answers ... what happens if In my equation I have a polynomial ..... of I juste have the A pressent

so ... I I would have < a > defined and

also defined .. and if the value of t would change I would be able to find the answers ... what happens if In my equation I have a polynomial ..... of I juste have the A pressent

ok my bad on this the (t+1) and others are in sbscription sp it would be y_(t+1)... and such ... if I am uncleare dont hessiate I know when you do it by hand you end up with the equation y_t-a*y_t-1=Ap^t with y_0=something (in this case 2).. and now I ind the general solution for y_t.

ok my bad on this the (t+1) and others are in sbscription sp it would be y_(t+1)... and such ... if I am uncleare dont hessiate I know when you do it by hand you end up with the equation y_t-a*y_t-1=Ap^t with y_0=something (in this case 2).. and now I ind the general solution for y_t.