Latin Characters
Symbol | Meaning | SI Unit of Measure |
---|---|---|
area | ||
magnetic vector potential | ||
Amplitude | ||
acceleration | meter per second squared (m/s²) or (ms−2) | |
magnetic flux density also called the magnetic field density or magnetic induction |
tesla (T), or equivalently, weber per square meter (Wb/m²) |
|
capacitance | Farad | |
heat capacity | ||
constant of integration | varied depending on context | |
speed of light (in a vacuum) | Meters per Second (m/s) | |
speed of sound | Meters per Second (m/s) | |
specific heat capacity | ||
viscous damping coefficient | kilograms per second | |
electric displacement field also called the electric flux density |
coulomb per square meter (C/m²) | |
distance | meter (m) | |
impact parameter | meter (m) | |
diameter | ||
differential (e.g. ) | ||
differential vector element of surface area A, with infinitesimally small magnitude and direction normal to surface S |
square meter (m²) | |
differential element of volume V enclosed by surface S | cubic meter (m³) | |
electric field | volt per meter (V/m) | |
energy | joule (J) | |
eccentricity | unitless | |
2.71828... (base of the natural logarithm), electron, elementary charge | ||
force | newton (N) | |
frequency | hertz (Hz) | |
function | ||
friction | ||
the gravitational constant | newton meter squared per kilogram squared (N m²/kg²) | |
acceleration due to gravity | ||
magnetic field strength also called just magnetic field |
ampere per meter (A/m) | |
Hamiltonian | joule (J) | |
height | ||
Planck's constant | joule second (J s) | |
reduced Planck's constant | joule second (J s) | |
action | joule second (J s) | |
intensity | watt per square meter (W/m²) | |
sound intensity | watt per square meter (W/m²) | |
electric current | ampere (A) | |
moment of inertia | ||
Cartesian x-axis basis unit vector | unitless | |
intensity | watt per square meter (W/m²) | |
imaginary unit | ||
free current density, not including polarization or magnetization currents bound in a material |
ampere per square meter (A/m²) | |
Cartesian y-axis basis unit vector | unitless | |
kinetic energy | joule (J) | |
Cartesian z-axis basis unit vector | unitless | |
Boltzmann constant | joule per kelvin (J/K) | |
wavenumber | ||
inductance | henry (H) | |
luminosity | watt (W) | |
angular momentum | newton metre seconds (N·m·s or kg·m2s−1) | |
length | ||
magnetization | ampere per meter (A/m) | |
moment of force often simply called moment or torque |
newton meter (N m) | |
mass | kilogram (kg) | |
normal vector | unit varies depending on context | |
atomic number | unitless | |
refractive index | unitless | |
principal quantum number | unitless | |
power | watt (W) | |
momentum | kilogram meter per second (kg m/s) | |
pressure | pascal (Pa) | |
Electric Charge | coulomb (C) | |
Heat | joule (J) | |
electric charge | coulomb (C) | |
Electrical resistance | ohm (Ω) | |
Ricci tensor | unitless | |
radiancy | ||
radius of rotation or distance between two things such as the masses in Newton's law of universal gravitation | meter (m) | |
radius vector (position) | ||
surface area | m2 | |
entropy | J/K | |
action | ||
arc length | meter (m) | |
displacement | ||
period | second (s) | |
Thermodynamic Temperature also called absolute temperature |
kelvin (K) | |
time | second (s) | |
four-velocity | meter per second (m/s) | |
potential energy | joule (J) | |
internal energy | joule (J) | |
relativistic mass | kilogram (kg) | |
energy density | joule per cubic meter (J/m³) or joule per kilogram (J/kg) depending on the context | |
voltage also called electric potential difference |
volt (V) | |
volume | m3 | |
shear force | ||
velocity | meter per second (m/s) | |
mechanical work | joule | |
width | m | |
a generic unknown | varied depending on context | |
displacement | ||
Electrical impedance |
Read more about this topic: List Of Common Physics Notations
Famous quotes containing the words latin and/or characters:
“He tries by a peculiar speech to speak
The peculiar potency of the general,
To compound the imaginations Latin with
The lingua franca et jocundissima.”
—Wallace Stevens (18791955)
“My characters never die screaming in rage. They attempt to pull themselves back together and go on. And thats basically a conservative view of life.”
—Jane Smiley (b. 1949)