' - - File: XVIbSol   Final solution using the roots found.

' Given: X"(t) - 1.5 X{t}^2 = 0

F{t,x,y} = y
G{t,x,y} = 1.5 x^2

to = 0: xo = 4: tb = 1: xb =1 : n = 100 : a1 = -35.8584:  a2 = -8

BVP[F, G, {to,xo,tb,xb} { a1;  a2 } {1, .001, 2}]     ' <-- +2 for two plots using a1; a2





