Largo=10

Largo=10

Volumen= ... m^{3
}

Volumen= ... m^{3
}

Volumen= ... m^{3
}

Volumen= ... m^{3
}

Volumen= ... m^{3
}

Volumen= ... m^{3
}

Volumen= ... m^{3
}

Volumen= ... m^{3
}

(a2-a1)/(t2-t1)

A = Intersect(xAxis, yAxis)
B = (10.86, 6.27)
a = Ray(A, B)
C = (0, 6)
D = (10, 6)
E = (10, 4)
polígono1, a_1, c, d, e = Polygon(A, C, D, E)
t = 4 (slider from 0 to 20, step 0.001)
h_1: sqrt((8 / 5 * t))
F = (0, 4)
b = Segment(A, F)
G: (0, h_1)
f = OrthogonalLine(G, b)
H = Intersect(f, e)
I = Intersect(b, yAxis)
J = Intersect(b, f)
polígono2, j, a_2, h = Polygon(A, H, J)
g = Segment(F, C)
h_2: t / 5 - 2
K: (0, 4 + h_2)
i = OrthogonalLine(K, g)
L = Intersect(i, d)
M = Intersect(g, yAxis)
N = Intersect(i, g)
polígono3, f_1, e_1, l, n = Polygon(F, E, L, N)
polígono4, a_3, e_2, Largo_2, n_1 = Polygon(A, E, L, N)
k = Circle(A, 4)
O = Intersect(k, a, 1)
u = Vector(A, O)
A' = Translate(A, u)
C' = Translate(C, u)
D' = Translate(D, u)
E' = Translate(E, u)
polígono1', a', Largo_3, d', e' = Polygon(A', C', D', E')
A'_1 = Translate(A, u)
H' = Translate(H, u)
J' = Translate(J, u)
polígono2', j', a'_1, h' = Polygon(A'_1, H', J')
A'_2 = Translate(A, u)
E'_1 = Translate(E, u)
L' = Translate(L, u)
N' = Translate(N, u)
polígono4', a'_2, e'_1, l', n' = Polygon(A'_2, E'_1, L', N')
polígono5, h_3, h'_1, j'_1, Largo_2' = Polygon(H, H', J', J)
polígono6, l'_1, n'_1, n_2, l_2 = Polygon(L', N', N, L)
polígono7, a_4, o, Ancho, c_1 = Polygon(A, O, C', C)
polígono8, d_2, e_3, e'_2, d'_1 = Polygon(D, E, E', D')
polígono9, e_4, e'_3, l'_2, l_1 = Polygon(E, E', L', L)
te: (t * e)
v: (8 * t)
V: (t, v)
A1_1: "x(" + (Name[V] + ")")
B1_1: "y(" + (Name[V] + ")")
A1_2: "x(" + (Name[V] + ")")
B1_2: "y(" + (Name[V] + ")")
A1_3: "x(" + (Name[V] + ")")
B1_3: "y(" + (Name[V] + ")")
A1_4: "x(" + (Name[V] + ")")
B1_4: "y(" + (Name[V] + ")")
B1_5: "y(" + (Name[V] + ")")
A1_5: "x(" + (Name[V] + ")")
B1_6: "y(" + (Name[V] + ")")
A1_6 = Name(t)
A1_7 = Name(t)
A1_8 = Name(t)
A1_9 = Name(t)
A1_{10} = Name(t)
A1_{11} = Name(t)
A1_{12} = Name(t)
Altura = If(t ≤ 10, Segment[A, J], Segment[A, N])
Largo = If(t ≤ 10, Segment[J, H], Segment[L, N])
texto2_1: "tiempo=" + (LaTeX[t]) + "\ min"
texto1: "Volumen=" + (LaTeX[v]) + "\ m^{3}"
A1 = Name(t)
B1 = Name(Altura)
A2 = 5.2
B2 = 2.8844410203711917
A3 = 5.1
B3 = 2.85657137141714
A4 = 5
B4 = 2.8284271247461903
A5 = 4.9
B5 = 2.8000000000000003
A6 = 4.8
B6 = 2.7712812921102037
A7 = 4.7
B7 = 2.7422618401604177
A8 = 4.6
B8 = 2.7129319932501073
A9 = 4.5
B9 = 2.6832815729997477
A10 = 4.3
B10 = 2.6229754097208002
A11 = 4.2
B11 = 2.5922962793631443
A12 = 4
B12 = 2.5298221281347035
A13 = 3.9
B13 = 2.4979991993593593
A14 = 4
B14 = 2.5298221281347035
A15 = 4.1
B15 = 2.5612496949731396
A16 = 4.2
B16 = 2.5922962793631443
A17 = 4.1
B17 = 2.5612496949731396
A18 = 4
B18 = 2.5298221281347035
A19 = 3.9
B19 = 2.4979991993593593
A20 = 3.91
B20 = 2.501199712138157
A21 = 3.92
B21 = 2.5043961347997645
A22 = 3.93
B22 = 2.507588482985197
A23 = 3.94
B23 = 2.5107767722360346
A24 = 3.95
B24 = 2.513961017995307
A25 = 3.96
B25 = 2.5171412356083636
A26 = 3.97
B26 = 2.5203174403237383
A27 = 3.98
B27 = 2.5234896472940007
A28 = 3.99
B28 = 2.5266578715766013
A29 = 4
B29 = 2.5298221281347035
A30 = 4.01
B30 = 2.5329824318380103
A31 = 4
B31 = 2.5298221281347035
C2: (B3 - B2) / (A3 - A2)
C3: (B4 - B3) / (A4 - A3)
C4: (B5 - B4) / (A5 - A4)
C5: (B6 - B5) / (A6 - A5)
C6: (B7 - B6) / (A7 - A6)
C7: (B8 - B7) / (A8 - A7)
C8: (B9 - B8) / (A9 - A8)
C9: (B10 - B9) / (A10 - A9)
C10: (B11 - B10) / (A11 - A10)
C11: (B12 - B11) / (A12 - A11)
C12: (B13 - B12) / (A13 - A12)
C13: (B14 - B13) / (A14 - A13)
C14: (B15 - B14) / (A15 - A14)
C15: (B16 - B15) / (A16 - A15)
C16: (B17 - B16) / (A17 - A16)
C17: (B18 - B17) / (A18 - A17)
C18: (B19 - B18) / (A19 - A18)
C19: (B20 - B19) / (A20 - A19)
C20: (B21 - B20) / (A21 - A20)
C21: (B22 - B21) / (A22 - A21)
C22: (B23 - B22) / (A23 - A22)
C23: (B24 - B23) / (A24 - A23)
C24: (B25 - B24) / (A25 - A24)
C25: (B26 - B25) / (A26 - A25)
C26: (B27 - B26) / (A27 - A26)
C27: (B28 - B27) / (A28 - A27)
C28: (B29 - B28) / (A29 - A28)
C29: (B30 - B29) / (A30 - A29)
C30: (B31 - B30) / (A31 - A30)
B32 = NaN
A32 = NaN