nada = 0
f(x) = x + nada
P = Point(xAxis)
sPfx = Segment((0, f(x(P))), (x(P), f(x(P))))
sPfy = Segment((x(P), 0), (x(P), f(x(P))))
g(x) = x² + nada
sPgx = Segment((0, g(x(P))), (x(P), g(x(P))))
sPgy = Segment((x(P), 0), (x(P), g(x(P))))
h(x) = f(x) + g(x)
sPhx = Segment((0, h(x(P))), (x(P), h(x(P))))
sPhy = Segment((x(P), 0), (x(P), h(x(P))))
a1 = 1 (slider from -20 to 20, step 0.01)
b1 = 1 (slider from -20 to 20, step 0.01)
c1 = 1 (slider from -20 to 20, step 0.01)
d1 = 1 (slider from -20 to 20, step 0.01)
k1 = 10 (slider from 0 to 20, step 0.01)
m1 = 3 (slider from 1 to 5, step 1)
n1 = 3 (slider from 1 to 5, step 1)
mu = 0 (slider from -20 to 20, step 0.01)
si = 1.25 (slider from 0 to 2.5, step 0.01)
a2 = 1 (slider from -20 to 20, step 0.01)
b2 = 1 (slider from -20 to 20, step 0.01)
c2 = 1 (slider from -20 to 20, step 0.01)
d2 = 1 (slider from -20 to 20, step 0.01)
k2 = 10 (slider from 0 to 20, step 0.01)
m2 = 3 (slider from 1 to 5, step 1)
n2 = 3 (slider from 1 to 5, step 1)
dv = 50 (slider from 1 to 100, step 1)
T1: "a_1=" + a1
T2: "b_1=" + b1
T3: "c_1=" + c1
T4: "d_1=" + d1
T5: "k_1=" + k1
T6: "m_1=" + m1
T7: "n_1=" + n1
T8: "µ=" + mu
T9: "σ =" + si
T10: "a_2=" + a2
T11: "b_2=" + b2
T12: "c_2=" + c2
T13: "d_2=" + d2
T14: "k_2=" + k2
T15: "m_2=" + m2
T16: "n_2=" + n2
T19: "||...|=" + dv
f'(x) = nada x
g'(x) = nada x
h'(x) = nada x
f''(x) = nada x
g''(x) = nada x
h''(x) = nada x
LSg = Point(xAxis)
LIg = Point(xAxis)
LSf = Point(xAxis)
LIf = Point(xAxis)
tf = Tangent(x(P), f)
mf = Slope(tf)
tg = Tangent(x(P), g)
mg = Slope(tg)
th = Tangent(x(P), h)
mh = Slope(th)
sPf'x = Segment((0, f'(x(P))), (x(P), f'(x(P))))
sPf'y = Segment((x(P), 0), (x(P), f'(x(P))))
sPf''x = Segment((0, f''(x(P))), (x(P), f''(x(P))))
sPf''y = Segment((x(P), 0), (x(P), f''(x(P))))
sPg'x = Segment((0, g'(x(P))), (x(P), g'(x(P))))
sPg'y = Segment((x(P), 0), (x(P), g'(x(P))))
sPg''x = Segment((0, g''(x(P))), (x(P), g''(x(P))))
sPg''y = Segment((x(P), 0), (x(P), g''(x(P))))
sPh'x = Segment((0, h'(x(P))), (x(P), h'(x(P))))
sPh''x = Segment((0, h''(x(P))), (x(P), h''(x(P))))
sPh'y = Segment((x(P), 0), (x(P), h'(x(P))))
intf(x) = nada x
intg(x) = nada x
sPh''y = Segment((x(P), 0), (x(P), h''(x(P))))
sPifx = Segment((0, intf(x(P))), (x(P), intf(x(P))))
sPigx = Segment((0, intg(x(P))), (x(P), intg(x(P))))
sPify = Segment((x(P), 0), (x(P), intf(x(P))))
sPigy = Segment((x(P), 0), (x(P), intg(x(P))))
intdf = Integral(f, x(LIf), x(LSf))
intdg = Integral(g, x(LIg), x(LSg))
intfg = Integral(f, g, x(LIf), x(LSf))
intgf = Integral(g, f, x(LIg), x(LSg))
sif = LowerSum(f, x(LIf), x(LSf), dv)
ssf = UpperSum(f, x(LIf), x(LSf), dv)
sig = LowerSum(g, x(LIg), x(LSg), dv)
ssg = UpperSum(g, x(LIg), x(LSg), dv)
Rf = Root(f, x(P))
Rg = Root(g, x(P))
Rh = Root(h, x(P))
T20: "" + (x(Rf))
T21: "" + (x(Rg))
T22: "" + (x(Rh))
A = (15.299999999999995, 8.866666666666667)
incinc = 1