Posición inicial

C_R = 1

C_R = 0.9

Caída libre

Vel. inicial

ELÁSTICO

\text{Valor(\bf{\color{red}v}}\text{\color{black}, (x(\bf{\color{red}v}} \text{), - y(\bf{\color{red}v}}\color{black}))) 
\\text{\color{gray}    3ª ley de Newton}

A = (9.4, 11)
P = PointIn(x ≥ 0 ∧ y ≥ 0)
v0 = Vector(P, A)
g: (0, -9.81)
M = (2, 6)
anima = 0 (slider from 0 to 1, step 0.001)
t0: {0, 0, 0}
t1: {0, 0, 0}
t: ((t1(3) < t0(3)) * 3600) + ((t1(3) - t0(3)) * 60) + t1(2) - t0(2) + (t1(1) - t0(1)) / 1000
dt = 0
tt = 0
r: 0.39
c = Circle(M, r)
v = (7.4, 5)
C_R = 1 (slider from 0.5 to 1, step 0.05)
texto1: "Tiempo 
animación:  " + (round((100 * t)) / 100) + "''

v_{0x} = " + (round((10 * x(v0))) / 10) + " m/s
v_{0y} = " + (round((10 * y(v0))) / 10) + " m/s"
op1 = true
op2 = false
reg: {(2, 6)}
pol = PolyLine(reg)
x2: x(Corner[2])
texto2: "|v| = " + (round(abs(v))) + " m/s"
opV0 = false
opV1 = true
caso = 0
M' = (5.0635999999999814, 6.841745539999998)
Aux = (2, 6)