10 besaran turunan dan rumusnya

KUMPULAN RUMUS BESARAN TURUNAN

Luas(L) = Panjang(p) * Lebar(l)
= (m)*(m)
= (m)2

Volume(V) = Panjang(p) * Lebar(l) * Tinggi(t)
= (m) * (m) * (m)
= (m)3

Massa Jenis(ρ) ={Massa(m)} : {Volume(v)}
=(kg) : (m)3
= kg(m)-3

Kecepatan(V) ={Perpindahan(x)} : {Waktu(t)}
=(m) : (s)
= m(s)-1

Percepatan(a) = {kecepatan(v)} : {Waktu(t)}
= {m(s)-1} : (s)
= m(s)-2

Gaya(F) = massa(m) * Percepatan(a)
= [kg * m(s)-2]
= kgm(s)-2
= Newton(N)

Usaha(W) = Gaya(F) * Perpindahan(x)
= kgm(s)-2 * (m)
= kg(m)2(s)-2
= Joule(J)

Energi Potensial(EP) = massa(m) * Percepatan(a) * tinggi(t)
= (kg) * m(s)-2 * (m)
= kg(m)2(s)-2
= Joule(J)

Energi Kinetik(EK) = 1/2* massa(m) * {kecepatan(v)}2
=1/2* (kg) * {m(s)-1}2
= kg(m)2(s)-2
= Joule(J)

Daya(P) = {usaha(W)} : {Waktu(t)}
= (Kgm2s-2) : (s)
= Kgm2s-3
= Watt

Tekanan(T) = {Gaya(F)} : {Luas Penampang per satuan (A)}
= {kgm(s)-2} : (m)2
= N/m2
= Pascal (Pa)

Muatan Listrik(Q) = {Kuat arus Listrik (I)} * {waktu(t)}
= (A) * (s)
= A.s
=Coulomb (C)

Frekuensi(f) = 1/{Periode(T)}
= 1/s
= (s)-1