Meccanica totale

Meccanica generale

v = ^∆S/_∆t   a = ^∆v/_∆t   a_tn = ^∆v/_∆t   a_n = ^v²/_R

a = ^{∆v_tn + ∆v_n}/_∆t   a = a_tn + a_n

Moto rettilineo uniforme

v = v₀ = costante   S₂ - S₁ = v₀ (t₂ - t₁)

v₀ = tanα

Moto uniformemente accelerato

a = costante   v = v₀ + at   a = tanβ

S = S₀ + v₀t + ¹/₂ at²   v_f² = 2gh

Moto circolare uniforme

ω = ^∆θ/_∆t   v = ωR   ∆S = 2R sin (^∆θ/₂)

v = ^{2R sin (∆θ/₂)}/_∆t   v = R ^∆θ/_∆t = ωR   a = ^v²/_R

Meccanica generale

v = ^ΔS/_Δt   a = ^Δv/_Δt   a_tn = ^Δv/_Δt   a_n = ^v2/_R

a = ^{Δv_tn + Δv_n}/_Δt   a = a_tn + a_n

Moto rettilineo uniforme

v = v₀ = costante   S₂ - S₁ = v₀ (t₂ - t₁)

v₀ = tanα

Moto uniformemente accelerato

a = costante   v = v₀ + at   a = tanβ

S = S₀ + v₀t + ¹/₂ at²   v_f² = 2gh

Moto circolare uniforme

ω = ^ΔΘ/_Δt   v = ωR   ΔS = 2R sin (^ΔΘ/₂)

v = ^{2R sin (ΔΘ/₂)}/_Δt   v = R ^ΔΘ/_Δt = ωR   a = ^v2/_R