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MUTUAL INDUCTION
When the strength of 
the current in one of the two 
adjacent coil changes, a 
change take place in the 
magnetic field around . As a 
result of this an emf is induced 
in the second coil . This 
phenomenon is mutual 
induction . 
The coil which 
supplied electric current is the 
primary and the other in which 
emf is induced is the secondary
Transformer is a device that employs the 
principle of mutual induction. 
It is used in tape recorder, radio etc,. 
Transformer are of two type: 
(a)Step up transformer 
(b)Step down transformer
Thick wire is used to wind the primary coil. 
Primary coil contains less number of turns. 
Secondary contains more number of coil. 
Thin wire is used in the secondary.
Thin wire is used to wind the primary coil. 
Primary contain more number of turns. 
Secondary contain s less number of turns. 
Thick wire is used in the secondary coil.
The relation between the number of turns of the coil of 
a transformer and the induced emf can be 
Mathematically written as, 
Vs/Vp=Ip/Is=Ns/Np 
Vs=Voltage in the secondary coil 
Is=Secondary current 
Vp=Voltage in the primary coil 
Ip=the primary current 
Ns=Number of turns in the secondary coil 
Np=Number of turns in the primary coil
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Mutual induction

  • 1.
  • 3. When the strength of the current in one of the two adjacent coil changes, a change take place in the magnetic field around . As a result of this an emf is induced in the second coil . This phenomenon is mutual induction . The coil which supplied electric current is the primary and the other in which emf is induced is the secondary
  • 4.
  • 5. Transformer is a device that employs the principle of mutual induction. It is used in tape recorder, radio etc,. Transformer are of two type: (a)Step up transformer (b)Step down transformer
  • 6.
  • 7. Thick wire is used to wind the primary coil. Primary coil contains less number of turns. Secondary contains more number of coil. Thin wire is used in the secondary.
  • 8.
  • 9. Thin wire is used to wind the primary coil. Primary contain more number of turns. Secondary contain s less number of turns. Thick wire is used in the secondary coil.
  • 10.
  • 11. The relation between the number of turns of the coil of a transformer and the induced emf can be Mathematically written as, Vs/Vp=Ip/Is=Ns/Np Vs=Voltage in the secondary coil Is=Secondary current Vp=Voltage in the primary coil Ip=the primary current Ns=Number of turns in the secondary coil Np=Number of turns in the primary coil