Question

Derived physical quantity list and their unit

Answer 1

Answer:

Here is the list;

area, m^2

volume, m^3

charge, C

force, N

linear density, kg/m

surface density, kg/m^2

volume density, kg/m^3

linear charge density, C/m

surface charge density, C/m^2

volume charge density, C/m^3

voltage, V

magnetic B field, tesla

magnetic H field, A/m

electric E field, V/m

electric D field, C/m^2

resistance, ohm

speed, m/s

acceleration, m/s^2

surface tension or linear body force, N/m

pressure, area body force, stress, elasticity, or volume energy density, Pa or J/m^3

mass energy density, J/kg

molar energy density, J/mol

volume body force, N/m^3

power, W

energy or torque, J or Nm

wavenumber, rad/m

frequency or angular velocity, Hz or rad/s

surface current, A/m

cross-sectional current density, A/m^2

momentum, Ns

angular momentum, Lagrangian action, or Planck’s constant, Nms or Js

rotational inertia, kg m^2

capacitance, farad

inductance, henry

molecular mass, g/mol

viscosity, Pas

spring coefficient, N/m

linear damping coefficient, Ns/m

quadratic damping coefficient, Ns^2/m^2

entropy or Boltzmann’s constant, J/K (Although this one should really have been the base unit, and K the derived unit.)

volumetric entropy density, J/Km^3

mass entropy density, J/Kkg

molar entropy density, J/Kmol

intensity, W/m^2

frequency power spectrum, W/Hz or Ws/rad

wavelength power spectrum, W/m

wavenumber power spectrum, Wm/rad

Repeat previous three, replacing power with intensity and W with W/m^2.

Explanation:hope it helps

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