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2ª solución

x²

x

1ª solución

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b = 18 (slider from 0 to 1000, step 0.1)
c = 77 (slider from 0 to 1000, step 1)
sol2: (b + sqrt((b * b) - (4 * c))) / 2
A = (-9, -8)
sol1: (b - sqrt((b * b) - (4 * c))) / 2
CasillaDeEntrada1 = Textfield(c)
CasillaDeEntrada2 = Textfield(b)
opcion: 1
texto2: "" + b + ""
d = 0 (slider from 0 to 2.1, step 0.01)
d1 = Min(d, 1)
sol: sol1
B: A + (sol, 0)
d2 = Max(d - 1.1, 0)
polígono1, f, g, h, i, C, D = Polygon(A, B, 4)
E: A + (b, 0)
F: (x(E), y(D))
polígono2, b_1, e, f_1, c_1 = Polygon(B, E, F, C)
u: (d1 * Vector[B, A])
B' = Translate(B, u)
E' = Translate(E, u)
F' = Translate(F, u)
C' = Translate(C, u)
polígono2', b', e', f', c' = Polygon(B', E', F', C')
G: A + (b / 2, 0)
H: (x(G), y(D))
polígono3, h_1, g_1, e'_1, f'_1 = Polygon(H, G, E', F')
H' = Rotate(H, ((d2 * 90))°, H)
G' = Rotate(G, ((d2 * 90))°, H)
E'' = Rotate(E', ((d2 * 90))°, H)
F'' = Rotate(F', ((d2 * 90))°, H)
polígono3', h', g', e'', f'' = Polygon(H', G', E'', F'')
v: (d2 * Vector[H, D])
H'' = Translate(H', v)
G'' = Translate(G', v)
E''' = Translate(E'', v)
F''' = Translate(F'', v)
polígono3'', h'', g'', e''', f''' = Polygon(H'', G'', E''', F''')
polígono4, h_2, g_2, a, d_1 = Polygon(H, G, A, D)
polígono5, j, k, l, m, I, J = Polygon(A, G, 4)
texto3: "" + polígono2
K: A - (1, 0)
L: D - (1, 0)
w = Vector(L, K)
n = Vector(K, L)
M: A - (0, 1)
N: E - (0, 1)
p = Vector(M, N)
q = Vector(N, M)
polígono6, r, s, t, i_1, O, P = Polygon(H, I, 4)
texto4: "" + (b / 2)
u_1 = Vector(J + (0, 1), I + (0, 1))
v_1 = Vector(I + (0, 1), J + (0, 1))
w_1 = Vector(H + (1, 0), I + (1, 0))
a_1 = Vector(I + (1, 0), H + (1, 0))
texto5: "" + (b / 2) + "-x"
texto6: "(" + (LaTeX[b / 2]) + "-x)^2+" + (LaTeX[c]) + "=" + (LaTeX[b / 2]) + "^2"
Q: A + (b / 2, 0)
R: (x(Q), y(J))
S: A + (b - sol, 0)
T: (x(S), y(J))
polígono7, d_2, j_1, t_1, f'_2 = Polygon(D, J, T, F')
D' = Rotate(D, (-(((d2 * 90))°)), T)
J' = Rotate(J, (-(((d2 * 90))°)), T)
T' = Rotate(T, (-(((d2 * 90))°)), T)
F''_1 = Rotate(F', (-(((d2 * 90))°)), T)
polígono7', d', j', t', f''_1 = Polygon(D', J', T', F''_1)
vv: (d2 * Vector[T, S])
D'' = Translate(D', vv)
J'' = Translate(J', vv)
T'' = Translate(T', vv)
U = Translate(F''_1, vv)
polígono7'', d'', j'', t'', u_2 = Polygon(D'', J'', T'', U)
polígono8, j_2, t_2, s_1, a_2 = Polygon(J, T, S, A)
texto7: "" + (LaTeX[c]) + "+(x-" + (LaTeX[b / 2]) + ")^2=" + (LaTeX[b / 2]) + "^2"
V: R - (0, sol2 - b / 2)
e_1 = Vector(R, V)
k_1 = Vector(V, R)
texto8: "x-" + (b / 2) + ""
polígono22, n_1, p_1, q_1, r_1 = Polygon(B', E', F', C')
texto9: "" + polígono2
texto1: "x^2+" + (LaTeX[c]) + "= " + (LaTeX[b]) + "x"
o: d ≟ 0
l_1: d ≟ 0
m_1: d ≟ 0
texto10: "(" + (LaTeX[b / 2]) + " -x)^2=" + (LaTeX[b^(2) / 4 - c]) + ""
texto11: "" + (LaTeX[b / 2]) + "-x=" + (LaTeX[sqrt(b^(2) / 4 - c)]) + ""
texto12: "" + (LaTeX[b / 2]) + "-" + (LaTeX[sqrt(b^(2) / 4 - c)]) + "=x"
texto13: "x=" + (LaTeX[sol1]) + ""
o_1 = false
texto14: "(x-" + (LaTeX[b / 2]) + ")^2=" + (LaTeX[b^(2) / 4 - c]) + ""
texto15: "x-" + (LaTeX[b / 2]) + "=" + (LaTeX[sqrt(b^(2) / 4 - c)]) + ""
texto16: "x=" + (LaTeX[sol2]) + ""
polígono9, f_2, i_2, k_2, l_2, W, Z = Polygon(V, R, 4)