Hae kaava

Nopeus

v(m/s) =

s(m) =

t(s) =

Tasainen kiihtyvyys

a(m/s²) =

Δv(m/s) =

Δt(s) =

Ratanopeus

v(m/s) =

r(m) =

ω(rad/s) =

Kierrosaika

T(s) =

ω(rad/s) =

Taajuus

f(Hz) =

T(s) =

Keskikulmakiihtyvyys

a(m/s²) =

Δω(rad/s) =

Δt(s) =

Painovoima

G(N) =

m(g) =

Gravitaatiovoima

F(N) =

m(kg) =

M(kg) =

r(m) =

Liikekitka

Fμ(N) =

μ(N) =

N(N) =

Harmoninen voima

F(N) =

k(N/m) =

x(m) =

Voima

F(N) =

m(kg) =

a(m/s²) =

Liikemäärä

p(kg*m/s) =

m(kg) =

v(m/s) =

Voiman impulssi

I(Ns) =

F(N) =

Δt(s) =

Työ

W(J) =

F(N) =

s(m) =

Teho

P(W) =

ΔW(J) =

Δt(s) =

Potentiaalienergia

Eₚ(J) =

m(kg) =

h(m) =

Liike-energia

Eₖ(J) =

m(kg) =

v(m/s) =

Jaksonaika

T(s) =

m(kg) =

k(N/m) =

Paine

p(Pa) =

F(N) =

A(m²) =

Hydrostaattinen paine

p(Pa) =

h(m) =

ρ(kg/l) =

Noste

N(N) =

ρ(kg/l) =

V(l) =

Aaltoliikkeen nopeus

v(m/s) =

f(Hz) =

λ(m) =

Intensiteetti

I(W/m²) =

P(W) =

A(m²) =

Hilayhtälö

d(m) =

α(astetta) =

k(1, 2, 3...) =

λ(m) =

Valaistusvoimakkuus

E(lx) =

Φ(lm) =

A(m²) =

Resistanssi

R(Ω) =

U(V) =

I(A) =

Sähkövirta

I(A) =

ΔQ(C) =

Δt(s) =

Magneettivuon tiheys

B(T) =

r(m) =

I(A) =

Magneettivuo

Φ(Wb) =

A(m²) =

B(Wb/m²) =

Kvantin energia

E(J) =

f(1/s) =

Liikemäärä

p(kg*m/s) =

E(J) =

de Broglien aallon pituus

λ(m) =

m(kg) =

v(m/s) =

Braggin laki

d(m) =

θ(astetta) =

k(1, 2, 3...) =

λ(m) =

Hajoamislaki

N(Bq) =

N₀(Bq) =

λ(1/s) =

t(s) =

Puoliintumisaika

T½(s) =

λ(1/s) =

Kokonaisenergia

E(J) =

m(kg) =