Nature of electric and magnetic dipoles gleaned from the Poynting theorem and the Lorentz force law of classical electrodynamics

Physics & Astronomy

• Poynting theorem 78%
• Lorentz force 56%
• magnetic dipoles 51%
• electrodynamics 49%
• electric dipoles 48%
• macroscopic equations 43%
• momentum 27%
• torque 18%
• electromagnetic fields 16%
• angular momentum 16%
• energy 14%
• electromagnetism 14%
• magnetic induction 11%
• permeability 8%
• energy transfer 8%
• interactions 7%
• dipoles 7%
• current density 7%
• magnetization 6%
• electric fields 5%
• polarization 5%

Engineering & Materials Science

• Lorentz force 67%
• Electrodynamics 63%
• Maxwell equations 46%
• Momentum 45%
• Angular momentum 31%
• Electromagnetic fields 25%
• Torque 18%
• Electromagnetic induction 15%
• Magnetization 14%
• Electromagnetic waves 13%
• Current density 11%
• Electric fields 11%
• Polarization 11%
• Magnetic fields 10%

Chemical Compounds

• Classical Electromagnetism 100%
• Dipole 48%
• Momentum 43%
• Force 33%
• Angular Momentum 23%
• Energy 23%
• Electromagnetic Field 21%
• Torque 20%
• Magnetic Induction 13%
• Magnetic Field 7%
• Magnetization 7%
• Electric Field 7%
• Permeability 6%
• Polarization 6%
• Current Density 6%
• Flow 5%