About the Book
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 261. Chapters: Energy, Frequency, Electrical resistance and conductance, Electric charge, Density, Force, Time, Molar volume, Angular momentum, Thermal conductivity, Relative density, Torque, Solubility, Specific impulse, Electrical impedance, Electrical resistivity and conductivity, Electric field, Amplitude, Acceleration, Physical quantity, Redshift, Thermal diffusivity, Permittivity, Speed, Angular velocity, Group velocity, Electrical reactance, Dielectric, Magnetic flux, Magnetic field, Voltage, Luminosity, Angular acceleration, Circular dichroism, Characteristic impedance, Volumetric heat capacity, Jerk, Humidity, Intensity, Conduction, Luminance, Work, Comoving distance, Moment of inertia, Propagation constant, Specific detectivity, Capacitance, Inductance, Poisson's ratio, Angular frequency, Temperature, Miles per gallon gasoline equivalent, Infinitesimal strain theory, List of thermal conductivities, Magnetic moment, Thermal expansion, Electron mobility, Fuel efficiency, List of physical quantities, Luminous efficacy, Second moment of area, Relative humidity, Magnetic susceptibility, Specific gravity, Young's modulus, Intensive and extensive properties, Orders of magnitude, Scale of temperature, Turbidity, Coercivity, Heat capacity ratio, Colorimetry, Mass attenuation coefficient, Thermal contact conductance, Electrochemical gradient, Luminosity function, Specific weight, Stiffness, Number density, Bollard pull, API gravity, Distance measures, Sound intensity, Admittance, Permeation, Couple, ISO 31, Distance modulus, Luminous intensity, Thermomass Theory, Areal velocity, Magnetic braking, List of materials properties, Quantitative property, Bulk modulus, Electric susceptibility, Angular diameter distance, Magnetic pole strength, Quantum efficiency, Hypervelocity, Physical property, Irradiance, Fermi acceleration, QCM-D, I...
