OpenEuphoria

Re: goddamn equasions

• Posted by Al Getz <xaxo at AOL.COM> Sep 14, 2000
• 418 views

©koda wrote:
>>
135=a*1000^b*#e^(c*(0.2))*(0.1)^d

360=a*950^b*#e^(c*(0.4))*1^d

765=a*900^b*#e^(c*(0.6))*5^d

130=a*850^b*#e^(c*(0.2))*(0.1)^d
<<

I'm assuming he meant:
  let n be subscripts: {1,2,3,...,N=number of equations} and
  let An,Bn,Cn,Dn be subscripted constants: {A1,A2,..B1,B2..etc} and
  let a,b,c,d be variables, then

  the system:

An = a*Bn^b * e^(c*Cn) * Dn^d
  isn't solvable.

Changing the form to a commonly encountered form
by insert additions however and its a different story:

An = a*Bn^b + e^(c*Cn) + Dn^d

This system can often be solved using non linear equation
solving methods.

--Al