Function

Show Turning Points

Show Inflection Points

Clear Trace

Show Graph

Show Slope

Show Slope

Show Derivative

f(x) = (((x + 3) * (x - 1)) * (x - 4))
inputBox1 = Textfield(f)
A = Point(f)
a = Tangent(A, f)
m = Slope(a)
B: (x(A), m)
C: B
f'(x) = f'(x)
D, E, F = Extremum(f)
G, H = TurningPoint(f)
I, J = Extremum(f')
K, L, M = Root(f')
b = false
c = false
d = Line(D, (x(D), 100))
e = Line(E, (x(E), 100))
g = Line(K, (x(K), 100))
h = Line(L, (x(L), 100))
i = Line(G, (x(G), 100))
j = Line(I, (x(I), 100))
k = Line(H, (x(H), 100))
l = Line(J, (x(J), 100))
n = Line(F, (x(F), 100))
p = Line(M, (x(M), 100))
o = false
text1: "f'(x) = " + (LaTeX[f']) + ""
q = false
r = true
xp: x(A)
text2: "x=" + (LaTeX[xp]) + ", slope=" + (LaTeX[m]) + ""
s = false