GSPk F($ capm d(t`u( `0_^ @Vt$t&|$ u@%|$ tW3 To the left is the graph of the general quadratic polynomial. You can drag any of the coefficients a, b, c, as well the variable point x. Try it out and see what happens.t`)VX( tf EtPQ}tuPQ_^[ ..\USVWEP)Graphing The General Quadratic Polynomial%t?*D/AjotCC $t*/B6B*+ YM*] Yq* YCC #t N Nc 2[dZwCCX@"t' NA 4 9x@7Н@7Ý00 'Н7 `@7~BC@DC?"t G N 5 9y87VV7VV7m:V7F~b@CCCB?t*/>? a'"~z.~'?'.U U??'Z &#'.CC t*/\,? b'"~z.~'?'.U U??'Z &#'V(CC t*/j= c'"~z.~'?'.U U??'Z &#'CC t*/yQ> x?'( o@]'> XxX xJCC tv#e# m1""""##x5# c: Coordinate(Point c): t$r8/ m2:-- T.*...*/)/  b: Coordinate(Point b): t9rM m3 you get the first email note?L, B  a: Coordinate(Point a): tv m7        x: Coordinate(Point x): tNNeh; m4pppppppppppppppp x{l:E} = c =  tfJ}T; m5pppppppppppppppp x{l:D} = b =  t~J@; m6UUUUUUU_ x{l:C} = a = tX,; m8stvvwxyyz|} x{l:x} = x = t ; m9ppppppppppppp a{!:*}x{u:2} + b{!:*}x + c = a*x^2 + b*x + c =  t;G +   ( -!!!xJCAC  t)d( juWXff;0u QPAf;0u QP-f;0u QP7xJCACxJCC? 't@ ( ?G +   ( -!!!( DArialVWPQ ;|mUERh(MS Sans Serif@'2