tuliskan 100besaran pokok dan besaran turunan beserta satuan dan lambang dimensinya

Luas (L) = m2.
volume (V) = m3
kecepatan (v) = m/s
kelajuan (v) = m/s
percepatan (a) = m/s2
massa jenis (ρ) = kg/m3
gaya (F) = N = kgm/s2
Energi potensial (Ep) = J = kgm2/s
energi kinetik (Ek) = J = kgm2/s2
gaya berat (w) = N = kgm/s2
gaya coulomb (Fc) = N = kgm/s2
impuls (I) = Ns
ggl baterai (ε) = Volt
momentum (p) = Kgm/s
usaha (W) = Nm = kgm2/s2
daya (P) = watt = J/s = kgm2/s3
. tekanan (P) = Pa = N/m2
tekanan hidrostatis (Phid) = Pa = N/m2
frekuensi (f) = 1/s = Hz
muatan listrik (Q) = C
hambatan listrik (R) = Ω
tegangan listrik (V) = volt
kalor laten (L) = J/kg
momen kopel (M) = Nm
momentum sudut (L) = kg.m2/s
kuat medan listrik (E) = N/C
kekuatan lensa (P) = 1/m = dioptri
kalor (Q) = J = kgm2/s2
Kuat Medan magnet (B) = tesla = Wb/m2
kalor jenis (c) = J/kgK
hambatan jenis kawat penghantar (ρ) = Ω.m
cepat rambat cahaya (c) = m/s
gaya sentripetal (Fs) = N
kecepatan sudut (ω) = rad/s
percepatan sudut (α) = rad/s2
percepatan gravitasi (g) = m/s2
tegangan atau stres (σ) = N/m2
Modulus elastis (E) = N/m2
modulus Young (Y) = N/m2
konstanta pegas (k) = N/m
tetapan Gravitasi bumi (G) = N.m2/kg2
momen gaya (τ) = N.m
momen inersia (I) = Kg.m
debit aliran (Q) = m3/s
koefisisen viskositas (η) = N.s/m2
induktansi diri (L) = Hendry = H
intensitas bunyi (I) = watt/m2
Medan listrik (E) = (N/C)
Fluks medan listrik (ΦE) = Nm2/C = Weber (Wb)
kapasitas kapasitor (C) = farad