| Acceleration |
[latex] \overset{\to }{a} [/latex] |
m/s2 |
m/s2 |
| Amount of substance |
n |
mole |
mol |
| Angle |
[latex] \theta ,\varphi [/latex] |
radian (rad) |
|
| Angular acceleration |
[latex] \overset{\to }{\alpha } [/latex] |
rad/s2 |
s−2 |
| Angular frequency |
[latex] \omega [/latex] |
rad/s |
s−1 |
| Angular momentum |
[latex] \overset{\to }{L} [/latex] |
[latex] \text{kg}·{\text{m}}^{2}\text{/s} [/latex] |
[latex] \text{kg}·{\text{m}}^{2}\text{/s} [/latex] |
| Angular velocity |
[latex] \overset{\to }{\omega } [/latex] |
rad/s |
s−1 |
| Area |
A |
m2 |
m2 |
| Atomic number |
Z |
|
|
| Capacitance |
C |
farad (F) |
[latex] {\text{A}}^{2}·{\text{s}}^{4}\text{/}\text{kg}·{\text{m}}^{2} [/latex] |
| Charge |
q, Q, e |
coulomb (C) |
[latex] \text{A}·\text{s} [/latex] |
| Charge density: |
|
|
|
| Line |
[latex] \lambda [/latex] |
C/m |
[latex] \text{A}·\text{s/m} [/latex] |
| Surface |
[latex] \sigma [/latex] |
C/m2 |
[latex] \text{A}·{\text{s/m}}^{2} [/latex] |
| Volume |
[latex] \rho [/latex] |
C/m3 |
[latex] \text{A}·{\text{s/m}}^{3} [/latex] |
| Conductivity |
[latex] \sigma [/latex] |
[latex] \text{1/}\text{Ω}·\text{m} [/latex] |
[latex] {\text{A}}^{2}·{\text{s}}^{3}\text{/kg}·{\text{m}}^{3} [/latex] |
| Current |
I |
ampere |
A |
| Current density |
[latex] \overset{\to }{J} [/latex] |
A/m2 |
A/m2 |
| Density |
[latex] \rho [/latex] |
kg/m3 |
kg/m3 |
| Dielectric constant |
[latex] \kappa [/latex] |
|
|
| Electric dipole moment |
[latex] \overset{\to }{p} [/latex] |
[latex] \text{C}·\text{m} [/latex] |
[latex] \text{A}·\text{s}·\text{m} [/latex] |
| Electric field |
[latex] \overset{\to }{E} [/latex] |
N/C |
[latex] \text{kg}·\text{m/A}·{\text{s}}^{3} [/latex] |
| Electric flux |
[latex] \text{Φ} [/latex] |
[latex] \text{N}·{\text{m}}^{2}\text{/}\text{C} [/latex] |
[latex] \text{kg}·{\text{m}}^{3}\text{/A}·{\text{s}}^{3} [/latex] |
| Electromotive force |
[latex] \epsilon [/latex] |
volt (V) |
[latex] \text{kg}·{\text{m}}^{2}\text{/A}·{\text{s}}^{3} [/latex] |
| Energy |
E,U,K |
joule (J) |
[latex] \text{kg}·{\text{m}}^{2}{\text{/s}}^{2} [/latex] |
| Entropy |
S |
J/K |
[latex] \text{kg}·{\text{m}}^{2}{\text{/s}}^{2}·\text{K} [/latex] |
| Force |
[latex] \overset{\to }{F} [/latex] |
newton (N) |
[latex] \text{kg}·{\text{m/s}}^{2} [/latex] |
| Frequency |
f |
hertz (Hz) |
s−1 |
| Heat |
Q |
joule (J) |
[latex] \text{kg}·{\text{m}}^{2}{\text{/s}}^{2} [/latex] |
| Inductance |
L |
henry (H) |
[latex] \text{kg}·{\text{m}}^{2}{\text{/A}}^{2}·{\text{s}}^{2} [/latex] |
| Length: |
[latex] \ell ,L [/latex] |
meter |
m |
| Displacement |
[latex] \text{Δ}x,\text{Δ}\overset{\to }{r} [/latex] |
|
|
| Distance |
d, h |
|
|
| Position |
[latex] x,y,z,\overset{\to }{r} [/latex] |
|
|
| Magnetic dipole moment |
[latex] \overset{\to }{\mu } [/latex] |
[latex] \text{N}·\text{J/T} [/latex] |
[latex] \text{A}·{\text{m}}^{2} [/latex] |
| Magnetic field |
[latex] \overset{\to }{B} [/latex] |
[latex] \text{tesla}(\text{T})=({\text{Wb/m}}^{2}) [/latex] |
[latex] \text{kg/A}·{\text{s}}^{2} [/latex] |
| Magnetic flux |
[latex] {\text{Φ}}_{\text{m}} [/latex] |
weber (Wb) |
[latex] \text{kg}·{\text{m}}^{2}\text{/A}·{\text{s}}^{2} [/latex] |
| Mass |
m, M |
kilogram |
kg |
| Molar specific heat |
C |
[latex] \text{J/mol}·\text{K} [/latex] |
[latex] \text{kg}·{\text{m}}^{2}{\text{/s}}^{2}·\text{mol}·\text{K} [/latex] |
| Moment of inertia |
I |
[latex] \text{kg}·{\text{m}}^{2} [/latex] |
[latex] \text{kg}·{\text{m}}^{2} [/latex] |
| Momentum |
[latex] \overset{\to }{p} [/latex] |
[latex] \text{kg}·\text{m/s} [/latex] |
[latex] \text{kg}·\text{m/s} [/latex] |
| Period |
T |
s |
s |
| Permeability of free space |
[latex] {\mu }_{0} [/latex] |
[latex] {\text{N/A}}^{2}\text{=}(\text{H/m}) [/latex] |
[latex] \text{kg}·{\text{m/A}}^{2}·{\text{s}}^{2} [/latex] |
| Permittivity of free space |
[latex] {\epsilon }_{0} [/latex] |
[latex] {\text{C}}^{2}\text{/N}·{\text{m}}^{2}\text{=}(\text{F/m}) [/latex] |
[latex] {\text{A}}^{2}·{\text{s}}^{4}\text{/kg}·{\text{m}}^{3} [/latex] |
| Potential |
V |
[latex] \text{volt}(\text{V})=(\text{J/C}) [/latex] |
[latex] \text{kg}·{\text{m}}^{2}\text{/A}·{\text{s}}^{3} [/latex] |
| Power |
P |
[latex] \text{watt}(\text{W})=(\text{J/s}) [/latex] |
[latex] \text{kg}·{\text{m}}^{2}{\text{/s}}^{3} [/latex] |
| Pressure |
p |
[latex] \text{pascal}(\text{Pa})=({\text{N/m}}^{2}) [/latex] |
[latex] \text{kg/m}·{\text{s}}^{2} [/latex] |
| Resistance |
R |
[latex] \text{ohm}(\text{Ω})=(\text{V/A}) [/latex] |
[latex] \text{kg}·{\text{m}}^{2}{\text{/A}}^{2}·{\text{s}}^{3} [/latex] |
| Specific heat |
c |
[latex] \text{J/kg}·\text{K} [/latex] |
[latex] {\text{m}}^{2}{\text{/s}}^{2}·\text{K} [/latex] |
| Speed |
[latex] \nu [/latex] |
m/s |
m/s |
| Temperature |
T |
kelvin |
K |
| Time |
t |
second |
s |
| Torque |
[latex] \overset{\to }{\tau } [/latex] |
[latex] \text{N}·\text{m} [/latex] |
[latex] \text{kg}·{\text{m}}^{2}{\text{/s}}^{2} [/latex] |
| Velocity |
[latex] \overset{\to }{v} [/latex] |
m/s |
m/s |
| Volume |
V |
m3 |
m3 |
| Wavelength |
[latex] \lambda [/latex] |
m |
m |
| Work |
W |
[latex] \text{joule}(\text{J})=(\text{N}·\text{m}) [/latex] |
[latex] \text{kg}·{\text{m}}^{2}{\text{/s}}^{2} [/latex] |
