Acercar

Alejar

Ayuda

1 m³

1 u³

Capacidad:

Superficie:

f(x) = sqrt(0.25 - (x - 0.5)^(2))
control = 0.29 (slider from 0 to 1, step 0.01)
inte = Integral(f, 0, control)
r = 1.5 (slider from 0 to 5, step 0.1)
H: (0, 1 - control)
j: y = y(H)
l = 6 (slider from 0 to 10, step 0.1)
acercadas: 0
C: (l / 2, 0, 0)
c = Circle(xAxis, (l / 2, 0, r))
cilin, d, a_1 = Cylinder(c, (-l))
area: (2 * inte)
a_3: (2 * (r * (1 - (area * 4 / π))))
a = Segment(C - (0, 0, r), C + (0, 0, a_3 - r))
b: z = a_3 - r
e = IntersectPath(b, cilin)
A, B, D, E = Corner(e)
P: C + (0, 0, a_3 - r)
trian, c_1, a_2, p = Polygon(A, P, C)
β = Angle(A, P, C)
i = false
texto1: "a=" + a_3 + ""
α = Angle(C + (0, 0, r), C, A)
velo: y(H)
texto4: "área=" + area + ""
h = Segment(C + (0, 0, r), C - (0, 0, r))
E_1: (l / 2 - 1, (-r) - 1, 1 - r)
E_2: E_1 + (1, 0, 0)
F = Point(Circle[E_2, Distance[E_1, E_2], Segment[E_1, E_2]])
g, G, I, J, K, L, cara1, cara3, cara2, cara4, caraFGLK, caraIJKL, arista2, arista1, arista4, aristaFG, arista3, aristaGL, aristaIL, aristaIJ, arista5, aristaJK, aristaFK, aristaKL = Cube(E_1, E_2, F)
texto5: "" + cilin + " u³"
k = false
texto7: "" + ((((2 * π) * r) * r) + (((2 * π) * r) * l)) + " u²"
m = false