https://padlet.com/jalosa003/co8e15azlvdamenk en-us 2020-12-14 09:39:37 UTC 2024-10-05 09:36:49 UTC hello@padlet.com jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015308554 M = F * d

• M=(m/s)
• F=(N)
• d=(m)  {Radio de giro/distancia de giro}

]]> 2020-12-14 09:41:17 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015308554 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015320535 W = F * l * cos(x)

• W=(J)
• F=(N)
• l=(m)  {Espacio recorrido}
• x={Ángulo entre F y desplazamiento}

]]> 2020-12-14 09:47:24 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015320535 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015333752 Wr = M * θ

• Wr=(J)
• M=(m/s)  {Momento}
• θ=(rad)  {Ángulo girado}

]]> 2020-12-14 09:54:07 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015333752 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015339283 P = ΔW / Δt
P = F * Δl / Δt
P = F * v
P = E / t

• P=(w)(vatios)
• W=(J)
• F=(N)
• Δt=(s)
• Δl=(m)
• v=(m/s)
• E=(J)

]]> 2020-12-14 09:56:53 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015339283 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015349911 Ec = 1/2 * m * v^2

• Ec=(J)
• m=(Kg)
• v=(m/s)

]]> 2020-12-14 10:02:06 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015349911 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015353886 Ep = m * g * h

• Ep=(J)
• m=(Kg)
• g=(N/m^2)  [9,8]
• h=(m)

]]> 2020-12-14 10:04:06 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015353886 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015357407 Fr = N * µ

• Fr=(N)
• N=(N)  {Normal}
• µ=  {Coeficiente de rozamiento}

]]> 2020-12-14 10:05:44 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015357407 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015361587 η = W útil / W total
η = P útil / P total

• W=(J)
• P=(w)(vatios)

]]> 2020-12-14 10:07:45 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1015361587 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1019343442 Ecr = 1/2 * I * w^2

• Ecr=(J)
• I=  {Momento de inercia}
• w=(rad/s)

]]> 2020-12-15 09:51:18 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1019343442 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1019350580 F * a = R * b

• a,b=(distancia al flucro)
• R=  {Resistencia}

]]> 2020-12-15 09:54:52 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1019350580 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1019375371 W = F * Δl
W = p *A * Δl
W= p * ΔV

• W=(J)
• F=(N)
• p=(Pa) {Pascales}
• Δl=(m)  {Desplazamiento del émbolo}
• ΔV=(m^3)  {Incremento del volumen del cilindro}

]]> 2020-12-15 10:07:13 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1019375371 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1027191929 P = ΔW/Δt
P = M*Δ θ/Δt
P = M * w

• ΔW=(J)  {Trabajo realizado}
• M=  {Momento}
• w=(rad/s)  {Velocidad angular}
•  θ=(rad)  {Ángulo}

]]> 2020-12-17 10:00:08 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1027191929 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1027205507 v = Q / A
P = F * v
P = p * Q

• v=(m/s)
• p=(Pa)
• Q=(m/s^2)  {Caudal}
• A=(m^2)  {Sección}

]]> 2020-12-17 10:06:44 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1027205507 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1030723506 P = U * I
ΔU = W/q
I = q/t

• U=(V)  {Tensión}
• W=(J)
• q=(C)
• I=(A)
• P=(w)

]]> 2020-12-18 09:35:04 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1030723506 jalosa003 https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1077790619 Velocidad de salida / Velocidad de entrada]]> 2021-01-12 10:02:48 UTC https://padlet.com/jalosa003/co8e15azlvdamenk/wish/1077790619