KONVERSI SATUAN DAN DIMENSI
·
Konversi
Satuan
1 curie =
37,0 x 109 Bq
1 degree
(angle) = 17,45329 x 10−3 rad
1 dyne =
10,0 x 10−6 N
1 electron
volt = 160,2177 x 10−21 J
1 erg =
100,0 x 10−9 J
1 faraday =
96,4853 x 103 C
1 fermi =
1,0 x 10−15 m
1 foot = 304,8
x 10−3 m
1 furlong =
201,168 m
·
Konversi
Satuan
1 pound
(avoirdupois) = 453,5924 x 10−3 kg
1 psi =
6,894757 x 103 Pa
1 rad = 10,0
x 10−3 Gy
1 rutherford
= 1,0 x 106 Bq
1 rydberg =
2,179874 x 10−18 J
1 slug =
14,59390 kg
1 statampere
= 333,5641 x 10−12 A
1
statcoulomb = 333,5641 x 10−12 C
1 statfarad
= 1,112650 x 10−12 F
1 stathenry
= 898,7552 x 109 H
1 statohm =
898,7552 x 109 Ω
1 statvolt =
299,7925 V
1 torr =
133,3224 Pa
1 yard =
914,4 x 10−3 m
·
Konversi
Satuan
1 inch =
25,4 x 10−3 m
1
kilocalorie = 4,1868 x 103 J
1 kilowatt
hour = 3,6 x 106 J
1 knot
(international) = 514,4444 x 10−3 ms−1
1 light year
= 9,46073 x 1015 m
1 litre =
1,0 x 10−3 m3
1 lumen (at
555 nm) = 1,470588 x 10−3 W
1 maxwell =
10,0 x 10−9 Wb
1 mile
(international) = 1,609344 x 103 m
1 mile
(nautical, int.) = 1,852 x 103 m
1 mile
(nautical, UK) = 1,853184 x 103 m
1 millibar =
100,0 Pa
1 parsec =
30,85678 x 1015 m
·
Konversi
Satuan
1 pound
(avoirdupois) = 453,5924 x 10−3 kg
1 psi =
6,894757 x 103 Pa
1 rad = 10,0
x 10−3 Gy
1 rutherford
= 1,0 x 106 Bq
1 rydberg =
2,179874 x 10−18 J
1 slug =
14,59390 kg
1 statampere
= 333,5641 x 10−12 A
1
statcoulomb = 333,5641 x 10−12 C
1 statfarad
= 1,112650 x 10−12 F
1 stathenry
= 898,7552 x 109 H
1 statohm =
898,7552 x 109 Ω
1 statvolt =
299,7925 V
1 torr =
133,3224 Pa
1 yard =
914,4 x 10−3 m
·
TABEL DIMENSI
physical quantity (symbol)
|
SI units
|
dimensions
|
acceleration ( a )
|
m s−2
|
L T −2
|
action ( S )
|
J s
|
L 2 M T −1
|
angular momentum ( L, J )
|
m2 kg s −1
|
L 2 M T −1
|
angular speed ( ω )
|
rad s −1
|
T −1
|
area ( A, S )
|
m2
|
L 2
|
Avogadro constant ( NA
)
|
mol −1
|
1
|
bending moment ( Gb
)
|
N m
|
L 2 M T −2
|
Bohr magneton ( μb
)
|
J T −1
|
L2 I
|
Boltzmann constant ( k, kB
)
|
J K−1
|
L2 M T −2 Θ
−1
|
bulk modulus ( K )
|
Pa
|
L−1 M T −2
|
capacitance ( C )
|
F
|
L−2 M−1 T
4 I 2
|
charge [electric] ( q )
|
C
|
T I
|
charge density ( ρ )
|
C m−3
|
L −3 T I
|
conductance ( G )
|
S
|
L −2 M−1 T
3 I 2
|
conductivity ( σ )
|
S M−1
|
L −3 M −1 T
3 I 2
|
couple ( G, T )
|
N m
|
L 2 M T −2
|
current ( I, i )
|
A
|
I
|
current density ( J, j )
|
A m−2
|
L −2 I
|
density ( ρ )
|
kg m−3
|
L −3 M
|
Physical quality (symbol)
|
SI units
|
Dimensions
|
panjang
|
M
|
L
|
Massa
|
Kg
|
M
|
Waktu
|
S
|
T
|
Suhu
|
K
|
θ
|
Kuat arus
|
A
|
I
|
Intensitas cahaya
|
Cd
|
J
|
Jumlah molekul zat
|
Mol
|
N
|
physical quantity (symbol)
|
SI units
|
dimensions
|
electric displacement ( D )
|
C m−2
|
L −2 T I
|
electric field strenght ( E )
|
V m−1
|
L M T −3 I −1
|
electric polarisability (α )
|
C m2 V −1
|
M −1 T −4 I
2
|
electric polarisation ( P )
|
C m −2
|
L −2 T I
|
electric potential difference ( V
)
|
V
|
L 2 M T −3 I
−1
|
energy ( E, U )
|
J
|
L 2 M T −2
|
energy density ( u )
|
J m −3
|
L −1 M T −2
|
entropy ( S )
|
J K−1
|
L 2 M T −2 Θ
−1
|
Faraday constant ( F )
|
C mol −1
|
T I
|
force ( F )
|
N
|
L M T −2
|
frequency ( ν, f )
|
T −1
|
T −1
|
gravitational constant ( G )
|
m −3 kg −1 s
−2
|
L −3 M −1 T −2
|
Hall coefficient ( RH )
|
m 3 C −1
|
L 3 T −1 I −1
|
Hamiltonian ( H )
|
J
|
L 2 M T −2
|
heat capacity ( C )
|
J K−1
|
L 2 M T −2 Θ
−1
|
Hubble constant ( H )
|
s −1
|
T −1
|
physical quantity (symbol)
|
SI units
|
dimesions
|
impedance ( Z )
|
Ω
|
L 2 M T −3 I
−1
|
impulse ( I )
|
N s
|
L M T −1
|
inductance ( L )
|
H
|
L 2 M T −2 I
−2
|
irradiance ( Ee )
|
W m −2
|
M T −3
|
illuminance ( Ev
)
|
L −2 J
|
lx
|
Lagrangian ( L )
|
J
|
L 2 M T −2
|
length ( L, l )
|
M
|
L
|
luminous intensity ( Iv
)
|
Cd
|
J
|
physical quantity (symbol)
|
SI units
|
dimensions
|
magnetic field strength ( H )
|
A m−1
|
L −1 I
|
magnetic flux ( Φ
)
|
Wb
|
L 2 M T −2 I
−1
|
magnetic flux density (B )
|
T
|
M T −2 I −1
|
magnetic dipole moment ( m, μ )
|
A m 2
|
L −2 I
|
magnetic vector potential ( A
)
|
Wb m −1
|
L M T −2 I −1
|
magnetisation ( M )
|
A m−1
|
L −1 I
|
mass ( m, M )
|
Kg
|
M
|
mobility ( μ )
|
m 2 V −1 s −1
|
M −1 T 2 I
|
molar gas constant ( R )
|
J mol −1 K −1
|
L 2 M T −2 Θ
−1
|
moment of inertia ( I )
|
kg m 2
|
L 2 M
|
momentum ( p )
|
kg m s −1
|
L M T −1
|
number density ( n )
|
m −3
|
L −3
|
physical quantity (symbol)
|
SI units
|
dimensions
|
permeability ( μ )
|
H m−1
|
L M T −2 I −2
|
permittivity ( ε )
|
F m−1
|
L −3 M −1 T 4
I 2
|
Planck constant ( h )
|
J s
|
L 2 M T −1
|
power ( P )
|
W
|
L 2 M T −3
|
poynting vector ( S )
|
W m −2
|
M T −3
|
pressure ( p, P )
|
Pa
|
L −1 M T −2
|
radiant intensity ( Ie
)
|
W sr −1
|
L 2 M T −3
|
resistance ( R )
|
Ω
|
L 2 M T −3
I −2
|
physical quantity (symbol)
|
SI units
|
dimensions
|
shear modulus ( μ, G )
|
Pa
|
L −1 M T −2
|
specific heat capacity ( c )
|
J kg−1 K−1
|
L 2 T −2 Θ −1
|
speed (u, ν, c )
|
m s −1
|
L T −1
|
Stefan-Boltzmann constant ( σ )
|
W m −2 K−4
|
M T −3 Θ −4
|
stress ( σ, τ )
|
Pa
|
L −1 M T −2
|
surface tension ( σ, γ )
|
N m −1
|
M T −2
|
temperature ( T )
|
K
|
Θ
|
thermal conductivity ( λ )
|
W m −1 K−1
|
L M T −3 Θ −1
|
time ( t )
|
S
|
T
|
physical quantity (symbol)
|
SI units
|
dimensions
|
velocity ( ν, u )
|
m s −1
|
L T −1
|
viscosity [dynamic] ( η, μ )
|
Pa s
|
L −1 M T −1
|
viscosity [kinematic] ( v )
|
m 2 s −1
|
L 2 T −1
|
volume ( V, ν )
|
m 3
|
L 3
|
wavevector ( k )
|
m −1
|
L −1
|
weight ( W )
|
N
|
L M T −2
|
work ( W )
|
J
|
L 2 M T −2
|
Young modulus ( E )
|
Pa
|
L −1 M T −2
|
Physical quantity
|
SI units
|
Dimensions
|
Gaya
|
kg m/
s2
|
M L T-2
|
Massa
jenis
|
kg / m3
|
M L-3
|
Energi
|
Kg m2/s2
|
M L2
T-2
|
Tekanan
|
Kg /
m s2
|
M L-1
T-2
|
Usaha
|
Kg m2
/ s2
|
M L2 T −2
|
Momentum
|
Kg m
/ s
|
M L T −1
|
Impuls
|
Kg m
/ s
|
M L T −1
|
Daya
|
Kg m2
/ s3
|
M L 2 T −3
|
Berat
|
Kg m
/ s2
|
M L T −2
|
Berat
jennis
|
Kg /
m2 s2
|
M L −2 T −2
|
0 komentar:
Posting Komentar