Student Support Forum: 'Need help to Solve an equation' topicStudent Support Forum > General > "Need help to Solve an equation"

 Help | Reply To Topic
 Author Comment/Response Subhasis 06/27/07 11:02pm Hi! i am using Mathematica 4. i tried to solve the following problem for L \!\(Solve[\[Alpha]\ \ P\ L\^\(\[Alpha] - 1\)\ K\_t\ \((N\_t\ /\ P\ L^\[Alpha])\) \((\(-\ 1\)\ + \ e\^\(\((T\ - \ t)\)\ P\ L^\[Alpha]\))\)\ + \ \ \[Beta]\ \ \[Phi]\ \((S - L)\)\^\(\[Alpha] - 1\)\ N\_t\ \((K\_t\ /\ \((\[Phi]\ \ \((S\ - \ L)\)^\[Beta])\))\) \((\(-\ 1\)\ + \ e\^\(\((T\ - \ t)\)\ \[Phi]\ \((S\ - \ \ L)\)^\[Beta]\))\) == \ \ 0\ , \ L]\) and got the output with a suggestion as follows Solve::"tdep": "The equations appear to involve the variables to be solved \ for in an essentially non-algebraic way." \!\(Solve[\((\(-1\) + e\^\(L\^\[Alpha]\ P\ \((\(-t\) + T)\)\))\)\ L\^\(\(-1\) + 2\ \ \[Alpha]\)\ \[Alpha]\ K\_t\ N\_t + \((\(-1\) + e\^\(\((\(-L\) + S)\)\^\[Beta]\ \((\(-t\) + T)\)\ \[Phi]\))\)\ \ \((\(-L\) + S)\)\^\(\(-1\) + \[Alpha] - \[Beta]\)\ \[Beta]\ K\_t\ N\_t == 0, L]\) please help me to solve this. i am attaching file here Attachment: solve L.nb, URL: ,
 Help | Reply To Topic