Animation g(x)=u(v(x))

Parameter von u:

Parameter von v:

f(x)=u(v(x)) anzeigen

g(x)=v(u(x)) anzeigen

Parameter von u und v verändern

a = 0.62 (slider from -1 to 1, step 0.01)
b = 1 (slider from -1 to 1, step 0.1)
u(x) = a * x^(2)
c = 0.26 (slider from -1 to 1, step 0.01)
e = 2.718281828459045
v(x) = b * e^(c * x)
f(x) = u(v(x))
g(x) = v(u(x))
x_Wert = -2 (slider from -6 to 6, step 0.1)
gA1: (x_Wert, u(x_Wert))
fA1: (x_Wert, v(x_Wert))
Text: "x=" + x_Wert
Animation = 0 (slider from 0 to 10, step 0.1)
gA2: (0, u(x_Wert))
gA3: (u(x_Wert), 0)
gA4: (u(x_Wert), v(u(x_Wert)))
gA5: (x_Wert, v(u(x_Wert)))
f_2 = true
g_2 = false
XWert: (x_Wert, 0)
Text_fvvonx: "v(x)=v(" + x_Wert + ")=" + (v(x_Wert)) + ""
Text_uvonx: "u(x)=u(" + x_Wert + ")=" + (u(x_Wert)) + ""
Text_fuvonv: "u(v)=u(v(x))=u(" + (v(x_Wert)) + ")=" + (u(v(x_Wert))) + ""
Text_ffvonx: "f(x)=f(" + x_Wert + ")=" + (f(x_Wert)) + ""
Text_gvonx: "g(x)=g(" + x_Wert + ")=" + (g(x_Wert)) + ""
fA4: (v(x_Wert), u(v(x_Wert)))
fA2: (0, v(x_Wert))
fA3: (v(x_Wert), 0)
fA5: (x_Wert, f(x_Wert))
fs2 = Segment(fA1, fA2)
fs3 = Segment(fA2, fA3)
fs4 = Segment(fA3, fA4)
fs5 = Segment(fA4, fA5)
fs1 = Segment(XWert, fA1)
fs0 = Segment(XWert, fA5)
gs1 = Segment(XWert, gA1)
gs2 = Segment(gA1, gA2)
gs3 = Segment(gA2, gA3)
gs4 = Segment(gA3, gA4)
gs5 = Segment(gA4, gA5)
gs0 = Segment(XWert, gA5)
Text_gvnachu: "v(u)=v(u(x))=v(" + (u(x_Wert)) + ")=" + (v(u(x_Wert))) + ""
d = false