Force Symbol Mathematical Formula
Opposing Force    
Gravity Force    
Motion Force    
Pressure Force    
Elastic Force    
Circulation Force    
Centripetal Force    
Electrostatic Force    
Electromotive force    
Electromagnetomotive Force    
Electromagnetic Force    

Linear Motion

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O ----> O
Distance    
Time    
Speed    
Accelleration    
Force    
Work    
Energy    


O
O
Distance    
Time    
Speed    
Accelleration    
Force    
Work    
Energy    
Distance    
Time    
Speed    
Accelleration    
Force    
Work    
Energy    
Distance    
Time    
Speed    
Acceleration    
Force    
Work    
Energy    

Circular Motion

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Distance    
Time    
Speed    
Acceleration    
Angular spped    
Frequency    
Force    
Work    
Energy    
Distance    
Time    
Speed    
Acceleration    
Force    
Work    
Energy    

Characteristics

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Speed    
Mass    
Momentum    
Force    
Work    
Energy    
Speed    
Mass    
Momentum    
Energy    
Speed    
Mass    
Energy    
Momentum    
Wavelength    
Equilibrium  
Speed  
Radius  
Equilibrium  
Speed  
With
  to have  
Equilibrium  
Speed  
Radius  
Potential Energy Level n  

AC electrical sinusoidal wave generator

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An interaction of 2 electromagnets creates an AC electricity that has amplitude varies sinusoidally

 
 

LC sinusoidal wave generator

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Series LC operates at equilibrium satisfy wave equation

 

that has root of a sinusoidal wave function

 
 
 
 

Electromagnetic sinusoidal wave generator

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A coil of N turns operates at equilibrium satisfy wave equation

 
 

that has root of a sinusoidal wave function

 
 
 
 
 

Wave Characteristics

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Distance    
Time    
Speed    
Angular speed    
Frequency    
Sinusoidal wave equation    
Sinusoidal wave function    

Wave types

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Wave 2 dimensional sinusoidal wave 3 dimensional sinusoidal plane wave
   
Wave oscillation equation  
Wave function
 

 
 
 
 

Electricity Types

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Electricity types Definition Mathematical Formula Source
DC Electricity Electricity that provides constant voltage over time   Electrolysis, Electrochemcial Cell, PhotonVoltaic
AC Electricity Electricity that provides sinusoidal changing voltage over changing time   Electromagnetic induction

DC & AC Response

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Characteristics DC AC
Voltage    
Current    
Resistance    
Power provided    
Power Loss    
Power delivered  
Reactance  
Impedance  
Phase  
Characteristics DC AC
Voltage    
Charge  
Capacitance  
Current    
Power provided    
Reactance
 
 
 
Impedance
 
 
 
Phase  
Time Constant  
Characteristics DC AC
Magnetic Field Strength  
Current  
Inductance  
Current  
Power provided  
Reactance
 
 
 
Impedance
 
 
 
Phase  
Time Constant  
 
 

 
 
 
 

 
 
Modes of Oscillation Oscillation equation Wave Function Angular Speed Oscillation Time Constant Oscilation Constant Decay Constant ' Decay Time Constant
Electric decay current
sinusoidal wave oscillation
 
             
Electric peak current
sinusoidal wave oscillation
 

 
 

 
 
 
   
Electric current
sinusoidal wave oscillation
 

 
     
Electric current sinusoidal
standing wave oscillation
 

 
     

Electromagneticism

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Electric charge

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Charge acquired process Electric charge Charge quantity Electric field Magnetic field
Matter + e- - -Q -->E<-- B ↓
Matter - e- + +Q <--E--> B ↑

Electromagnetic force

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Force Symbol Mathematical formula
Electrostatic Force    
Electromotive Force    
Electromagnetomotive Force    
Electromagnetic Force    

Electromagnetic Field

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Configuration Symbol Mathematical Formulas
For any configuration    
For straight line conductor     Circular B field
For circular loop conductor     Circular B field around a point charge
For coil of N circular loops conductor     Eleptic B field around the coil

Electromagnetic Principles

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Electromagnetic field
 

 
Induced electromagnetic field
 

 
Electromagnetization field
 

 
Eletromagnetization

 
 
 
 
Coil's voltage induction intencity
 

 
Turn's induced voltage intencity
 

 


Electromagnetic oscillation

 
 
 
 
Electromagnetic wave
 


 
 
 
 
 
 
Electromagnetic wave radiation

 
 
 
 
 

Photon

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Photon is defined as energy of a massless quanta travels as an electromagnetic oscillation wave radiation at speed equal to speed of light Mathematical formula of

 

Photon exist in 2 states

Radiant Photon at threshold frequency fo
 
Non Radiant Photon at frequency greater than threshold frequency fo
  . With f>fo

Photon can only exist in one state at a time . This is Heiseinberg's uncertainty principle the success rate of finding photon

 

Quanta of Photon

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Quantity of photon's energy . Quanta is denoted as h measured in has a constant value h =

 

Quanta process Wave particle duality meaning

Sometimes it behaves like wave  
Sometimes it behaves like particle  

Photon and matter

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Photon and matter interacts to create Heat transfer through 3 phases Heat conduction, Heat convection and Heat radiation

Heat transfer
Heat conduction Matter changes it's temperature while absorb heat energy  
 
Heat convection Matter conducts heat energy to the max at Threshold frequency fo
 
 
Heat radiation Matter uses excess energy above maximum absorbing energy to release electron off atom
 . When v>0
  with f > fo

Causes matter to decay through 3 kinds of decays

Mattter decay Reaction
Alpha decay Ur--> Th - He + Alpha radiation
Beta decay C-->N + Beta radiation
Gamma decay ee) + Gamma radiation

Experiment has shown that, electron of an atom can be freed or binded from absorbing or releasing photon's energy

Atom decay Absorbing photon energy Releasing photon energy
Equilibrium    
v    
r  
n