INICIAR

t

tiempo

Altura

m_s=Δaltura/Δtiempo

f(t) = If[7 ≤ t < 42, 16 / (1 + (0.02 * ℯ^((-(t - 7)) + 10)))]
t = 25 (slider from 7 to 25, step 0.1)
j: 0 < t < 1
k: 0 < t < 1
l: 0 < t < 1
m: 0 < t < 1
n: 0 < t < 1
o: 0 < t < 1
p: 0 < t < 1
q: 0 < t < 1
r: 0 < t < 1
s: 0 < t < 1
u: 0 < t < 1
v: 0 < t < 1
w: 0 < t < 1
a_1: 0 < t < 1
b_1: 0 < t < 1
c_1: 0 < t < 1
d_1: 0 < t < 1
e_1: 0 < t < 1
f_1: 0 < t < 1
g_1: 0 < t < 1
h_1: 0 < t < 1
i_1: 0 < t < 1
j_1: 0 < t < 1
k_1: 0 < t < 1
l_1: 0 < t < 1
m_1: 0 < t < 1
n_1: 0 < t < 1
o_1: 0 < t < 1
p_1: 0 < t < 1
q_1: 0 < t < 1
r_1: 0 < t < 1
s_1: 0 < t < 1
u_1: 0 < t < 1
v_1: 0 < t < 1
w_1: 0 < t < 1
a_2: 0 < t < 1
b_2: 0 < t < 1
c_2: 0 < t < 1
d_2: 0 < t < 1
e_2: 0 < t < 1
f_2: 0 < t < 1
g_2: 0 < t < 1
h_2: 0 < t < 1
i_2: 0 < t < 1
j_2: 0 < t < 1
k_2: 0 < t < 1
l_2: 0 < t < 1
m_2: 0 < t < 1
n_2: 0 < t < 1
o_2: 0 < t < 1
p_2: 0 < t < 1
q_2: 0 < t < 1
r_2: 0 < t < 1
s_2: 0 < t < 1
t_2: 0 < t < 1
u_2: 0 < t < 1
v_2: 0 < t < 1
w_2: 0 < t < 1
a_3: 0 < t < 1
b_3: 0 < t < 1
c_3: 0 < t < 1
d_3: 0 < t < 1
e_3: 0 < t < 1
f_3: 0 < t < 1
g_3: 0 < t < 1
h_3: 0 < t < 1
i_3: 0 < t < 1
j_3: 0 < t < 1
k_3: 0 < t < 1
l_3: 0 < t < 1
m_3: 0 < t < 1
n_3: 0 < t < 1
o_3: 0 < t < 1
p_3: 0 < t < 1
q_3: 0 < t < 1
r_3: 0 < t < 1
s_3: 0 < t < 1
t_3: 0 < t < 1
u_3: 0 < t < 1
v_3: 0 < t < 1
w_3: 0 < t < 1
a_4: 0 < t < 1
b_4: 0 < t < 1
c_4: 0 < t < 1
d_4: 0 < t < 1
e_4: 0 < t < 1
f_4: 0 < t < 1
g_4: 0 < t < 1
h_4: 0 < t < 1
i_4: 0 < t < 1
j_4: 0 < t < 1
k_4: 0 < t < 1
l_4: 0 < t < 1
m_4: 0 < t < 1
n_4: 0 < t < 1
o_4: 0 < t < 1
p_4: 0 < t < 1
q_4: 0 < t < 1
r_4: 0 < t < 1
s_4: 0 < t < 1
t_4: 0 < t < 1
u_4: 0 < t < 1
v_4: 0 < t < 1
w_4: 0 < t < 1
a_5: 0 < t < 1
b_5: 0 < t < 1
c_5: 0 < t < 1
t_1: (t, 0)
g = OrthogonalLine(t_1, xAxis)
P = Intersect(f, g)
O = Point(f)
h = OrthogonalLine(O, xAxis)
i = OrthogonalLine(O, h)
B = Point(i)
a = OrthogonalLine(B, i)
C = Point(i)
D = Point(i)
E = Point(i)
b = OrthogonalLine(C, i)
c = OrthogonalLine(D, i)
d = OrthogonalLine(E, i)
F = Intersect(f, b)
G = Intersect(f, c)
H = Intersect(f, d)
e = OrthogonalLine(F, b)
t_5 = OrthogonalLine(G, c)
f_5 = OrthogonalLine(P, d)
I = Intersect(e, a)
J = Intersect(t_5, a)
K = Intersect(f_5, a)
g_5 = Segment(B, I)
h_5 = Segment(I, J)
i_5 = Segment(J, K)
L = Point(a)
j_5 = Segment(K, L)
k_5 = Segment(O, t_1)
l_5 = OrthogonalLine(P, h)
A = Intersect(h, l_5)
distanciaOA = Distance(O, A)
m_5 = Segment(O, A)
A_1 = Point(f)
A_2 = Point(f)
SECANTE = Line(A_1, A_2)
m_S = Slope(SECANTE)
n_5 = OrthogonalLine(A_1, h)
p_5 = OrthogonalLine(A_2, i)
M = Intersect(n_5, p_5)
Δtiempo = Segment(A_1, M)
ΔAltura = Segment(M, A_2)
q_5 = Line(A, P)