Ebook Particulars :
Language English
Pages 377
Format PDF
Measurement 2.46 MB

 

Electrodynamics The Field Free Approach


 

Electrodynamics: The Field-Free Approach Electrostatics, Magnetism, Induction, Relativity and Field Idea by Kjell Prytz | PDF Free Download.

Contents of Electrodynamics The Field Free Approach PDF


Primary Rules

  • Workouts 
  • Additional Readings

Electrodynamic Pressure 

  • Electrical Costs at Relaxation–Electrical Pressure 
  • Uniform Movement–Magnetic Pressure 
  • Electrical Present 
  • Measurement of Parallel Movement 
  • Measurement of Perpendicular Movement 
  • Magnetic Pressure for Basic Uniform Movement 
  • Analysis of the Magnetic Pressure Formulation 
  • Accelerated Movement–Inductive Pressure 
  • Abstract 
  • Workouts 
  • Additional Readings

Electrodynamic Vitality 

  • Electrical Vitality 
  • The Voltage Supply 
  • Magnetic Vitality 
  • Magnetic Pressure from Magnetic Vitality 
  • Basic Inductance—Interplay Between
  • Two Present Parts 
  • Faraday-Henry’s Induction Legislation 
  • Electrodynamic Pressure—Up to date 
  • Abstract 
  • Workouts 
  • Additional Studying

Macroscopic Methods of Unbound Costs 

  • Electrical Dynamics 
  • Electrically Charged Wire and Level Cost 
  • Pressure Between Two Electrically Charged Wires 
  • Pressure Between a Level Cost and an Electrically
  • Charged Plate 
  • Electrical Pressure Between a Level Cost and a Charged Sphere 
  • Capacitor and Capacitance 
  • Electrical Vitality Saved in a Capacitor 
  • Electrical Pressure Between Two Charged Plates 
  • Magnetic Dynamics 
  • Magnetic Pressure Between a Level Cost and a Lengthy Straight Present 
  • Magnetic Pressure Between Level Cost and Massive Present-Carrying Plate 
  • Magnetic Pressure Between a Straight Conductor and a Massive Plate 
  • Magnetic Pressure and Vitality Between Two Parallel Present-Carrying Plates 
  • Inductance 
  • Induction in a Shifting Rod Interacting with Present-Carrying Plate 
  • Abstract 
  • Workouts 
  • Additional Readings

Conductors and Resistive Results 

  • The Metallic as a Conductor 
  • Rest Time 
  • Resistance 
  • Warmth Energy 
  • The Precept of Cost Conservation 
  • Abstract 
  • Workouts 
  • Additional Studying 
  • Electrical Circuits 
  • Measurement of Capacitance Utilizing an RC Circuit 
  • Measurement of Inductance Utilizing an RL Circuit 
  • The Oscillation Circuit 
  • The RLC Circuit with Fixed Enter Voltage 
  • Pressured Oscillation Circuit 
  • Impedance
  • Abstract 
  • Workouts 
  • Additional Readings

Electrical and Magnetic Dipoles 

  • Electrical Dipole 
  • Interplay Between Dipole and Level Cost 
  • Dipole-Dipole Interplay 
  • Interplay Between a Charged Plate and a Dipole 
  • Generalized Electrical Dipole Second 
  • Magnetic Dipole 
  • Interplay Between a Magnetic Dipole and a Massive Present-Carrying Plate 
  • Induced Voltage in a Rotating Loop Interacting with a Present-Carrying Plate 
  • Generalized Magnetic Dipole Second—Interplay
  • Between Rotating Cylinders 
  • Abstract 
  • Workouts 
  • Additional Readings

Materials Properties 

  • Electrical Response Forces 
  • Electrical Pressure Between a Charged Capacitor and a Materials 
  • The Dielectric Fixed—Not a Fixed 
  • Certain Costs 
  • Three Examples of Polarisation 
  • Magnetic Response Forces 
  • Magnetization Currents 
  • Magnetization from a Magnetic Affect 
  • Basic Multipole Interactions 
  • Measurement of Electrical and Magnetic Materials Properties 
  • Measurements on Solids 
  • Measurements on Liquids 
  • Abstract 
  • Workouts 
  • Additional Readings

Motional Penalties 

  • Modelling the Electrodynamic Interplay 
  • Magnetism as a Motional Consequence 
  • Induction as a Motional Consequence 
  • Particular Idea of Relativity 
  • Relative Movement 
  • Time Dilation 
  • Relativistic Momentum 
  • Relativistic Vitality 
  • Abstract 
  • Workouts 
  • Additional Readings 
  • Field Idea 
  • The Idea of a Field 
  • The Electrical and the Magnetic Fields 
  • Dipoles 
  • Materials Results 
  • Boundary Situations 
  • Basic Vector Field 
  • Divergence and Curl for Static Electrical and Magnetic Fields 
  • Boundary Situations for Static Electrical and Magnetic Fields 
  • Maxwell’s Equations 
  • Accelerating Costs—The Time Variation of the Magnetic Field 
  • The Continuity Equation—Time Variation of Electrical Field 
  • Potentials 
  • Energy Transportation—The Poynting Vector 
  • Abstract 
  • Workouts 
  • Additional Readings

Antenna Idea—The Loop and the Dipole 

  • The Loop Antenna 
  • The Dipole Antenna 
  • The Oscillating Electrical Dipole 
  • The Inductive Pressure 
  • Whole Pressure 
  • Antenna Array 
  • Energy Transmission 
  • The Dipole Antenna 
  • The Loop Antenna 
  • The Wave Idea
  • Abstract 
  • Workouts 
  • Additional Readings

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