D:\Documents\docs-actual\z-ahora mismo\momento angular2

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y

z

P

Q

Segmento

Superficie

Segmentos

t = 0

anima

Animar

r

x

Curva

A23 = 21
α_0 = 6.283185307179586 (slider from -5 to 10)
t_0 = 10 (slider from -5 to 20)
r_{0} = 2 (slider from -5 to 5)
m = 1 (slider from -5 to 5)
L: 1
f(x) = sqrt(((L * r_{0}^(2)) * t_0 / ((L * t_0) + (((r_{0}^(2) * α_0) * m) * x))))
B23: f(A23)
A22 = 20
B22: f(A22)
A21 = 19
B21: f(A21)
A20 = 18
B20: f(A20)
A19 = 17
B19: f(A19)
A18 = 16
B18: f(A18)
A17 = 15
B17: f(A17)
A16 = 14
B16: f(A16)
A15 = 13
B15: f(A15)
A14 = 12
B14: f(A14)
A13 = 11
B13: f(A13)
A12 = 10
B12: f(A12)
A11 = 9
B11: f(A11)
A10 = 8
B10: f(A10)
A9 = 7
B9: f(A9)
A8 = 6
B8: f(A8)
A7 = 5
B7: f(A7)
A6 = 4
B6: f(A6)
A5 = 3
B5: f(A5)
A4 = 2
B4: f(A4)
A3: 1
B3: f(A3)
A2: 0
B2: f(A2)
fac_z = 0.1 (slider from 0 to 0.2, step 0.01)
t = 0 (slider from 0 to (t_0 * t_0), step 0.01)
C2: L / ((m * B2^(2)))
D2: (B2 * cos((C2 * t)))
E2: (B2 * sin((C2 * t)))
F2: (A2 * fac_z)
F3: (A3 * fac_z)
F4: (A4 * fac_z)
C3: L / ((m * B3^(2)))
D3: (B3 * cos((C3 * t)))
E3: (B3 * sin((C3 * t)))
C4: L / ((m * B4^(2)))
D4: (B4 * cos((C4 * t)))
E4: (B4 * sin((C4 * t)))
G3: (D3, E3, F3)
G4: (D4, E4, F4)
H3: (0, 0, F3)
H4: (0, 0, F4)
I3 = Segment(G3, H3)
I4 = Segment(G4, H4)
c = false
d = true
h = false
G2: (D2, E2, F2)
b = Surface((f(r) * cos(s)), (f(r) * sin(s)), (r * fac_z), r, 0, 25, s, 0, (2 * pi))
H2: (0, 0, F2)
I2 = Segment(G2, H2)
F5: (A5 * fac_z)
C5: L / ((m * B5^(2)))
D5: (B5 * cos((C5 * t)))
E5: (B5 * sin((C5 * t)))
G5: (D5, E5, F5)
H5: (0, 0, F5)
I5 = Segment(G5, H5)
F6: (A6 * fac_z)
C6: L / ((m * B6^(2)))
D6: (B6 * cos((C6 * t)))
E6: (B6 * sin((C6 * t)))
G6: (D6, E6, F6)
H6: (0, 0, F6)
I6 = Segment(G6, H6)
F7: (A7 * fac_z)
C7: L / ((m * B7^(2)))
D7: (B7 * cos((C7 * t)))
E7: (B7 * sin((C7 * t)))
G7: (D7, E7, F7)
H7: (0, 0, F7)
I7 = Segment(G7, H7)
F8: (A8 * fac_z)
C8: L / ((m * B8^(2)))
D8: (B8 * cos((C8 * t)))
E8: (B8 * sin((C8 * t)))
G8: (D8, E8, F8)
H8: (0, 0, F8)
I8 = Segment(G8, H8)
F9: (A9 * fac_z)
C9: L / ((m * B9^(2)))
D9: (B9 * cos((C9 * t)))
E9: (B9 * sin((C9 * t)))
G9: (D9, E9, F9)
H9: (0, 0, F9)
I9 = Segment(G9, H9)
F10: (A10 * fac_z)
C10: L / ((m * B10^(2)))
D10: (B10 * cos((C10 * t)))
E10: (B10 * sin((C10 * t)))
G10: (D10, E10, F10)
H10: (0, 0, F10)
I10 = Segment(G10, H10)
F11: (A11 * fac_z)
C11: L / ((m * B11^(2)))
D11: (B11 * cos((C11 * t)))
E11: (B11 * sin((C11 * t)))
G11: (D11, E11, F11)
H11: (0, 0, F11)
I11 = Segment(G11, H11)
F12: (A12 * fac_z)
C12: L / ((m * B12^(2)))
D12: (B12 * cos((C12 * t)))
E12: (B12 * sin((C12 * t)))
G12: (D12, E12, F12)
H12: (0, 0, F12)
I12 = Segment(G12, H12)
F13: (A13 * fac_z)
C13: L / ((m * B13^(2)))
D13: (B13 * cos((C13 * t)))
E13: (B13 * sin((C13 * t)))
G13: (D13, E13, F13)
H13: (0, 0, F13)
I13 = Segment(G13, H13)
F14: (A14 * fac_z)
C14: L / ((m * B14^(2)))
D14: (B14 * cos((C14 * t)))
E14: (B14 * sin((C14 * t)))
G14: (D14, E14, F14)
H14: (0, 0, F14)
I14 = Segment(G14, H14)
F15: (A15 * fac_z)
C15: L / ((m * B15^(2)))
D15: (B15 * cos((C15 * t)))
E15: (B15 * sin((C15 * t)))
G15: (D15, E15, F15)
H15: (0, 0, F15)
I15 = Segment(G15, H15)
F16: (A16 * fac_z)
C16: L / ((m * B16^(2)))
D16: (B16 * cos((C16 * t)))
E16: (B16 * sin((C16 * t)))
G16: (D16, E16, F16)
H16: (0, 0, F16)
I16 = Segment(G16, H16)
F17: (A17 * fac_z)
C17: L / ((m * B17^(2)))
D17: (B17 * cos((C17 * t)))
E17: (B17 * sin((C17 * t)))
G17: (D17, E17, F17)
H17: (0, 0, F17)
I17 = Segment(G17, H17)
F18: (A18 * fac_z)
C18: L / ((m * B18^(2)))
D18: (B18 * cos((C18 * t)))
E18: (B18 * sin((C18 * t)))
G18: (D18, E18, F18)
H18: (0, 0, F18)
I18 = Segment(G18, H18)
F19: (A19 * fac_z)
C19: L / ((m * B19^(2)))
D19: (B19 * cos((C19 * t)))
E19: (B19 * sin((C19 * t)))
G19: (D19, E19, F19)
H19: (0, 0, F19)
I19 = Segment(G19, H19)
F20: (A20 * fac_z)
C20: L / ((m * B20^(2)))
D20: (B20 * cos((C20 * t)))
E20: (B20 * sin((C20 * t)))
G20: (D20, E20, F20)
H20: (0, 0, F20)
I20 = Segment(G20, H20)
F21: (A21 * fac_z)
C21: L / ((m * B21^(2)))
D21: (B21 * cos((C21 * t)))
E21: (B21 * sin((C21 * t)))
G21: (D21, E21, F21)
H21: (0, 0, F21)
I21 = Segment(G21, H21)
F22: (A22 * fac_z)
C22: L / ((m * B22^(2)))
D22: (B22 * cos((C22 * t)))
E22: (B22 * sin((C22 * t)))
G22: (D22, E22, F22)
H22: (0, 0, F22)
I22 = Segment(G22, H22)
F23: (A23 * fac_z)
C23: L / ((m * B23^(2)))
D23: (B23 * cos((C23 * t)))
E23: (B23 * sin((C23 * t)))
G23: (D23, E23, F23)
H23: (0, 0, F23)
I23 = Segment(G23, H23)
g = Segment(H23, H4)
a = CurveCartesian(f(r), 0, (r * fac_z), r, 0, 25)
e = false