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Question.

 Electric field inside conductor is zero.Explain.why?
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Assignment on Biot Savarts law

Topic: Assignment on Biot Savarts law-

Topic: (i) Biot Savart's Law (ii) Biot savart's law in vector form (iii) Applications of Biot savart's law

Topic: (i) Biot Savart's Law (ii) Biot savart's law in vector form (iii) Applications of Biot savart's law

Topic: (i) Cyclotron, principle of cyclotron, construction of cyclotron (ii) working of cyclotron (iii) time period of cyclotron, cyclotron frequency (iv) Limitations of cyclotron

Topic: (i) Cyclotron, principle of cyclotron, construction of cyclotron (ii) working of cyclotron (iii) time period of cyclotron, cyclotron frequency (iv) Limitations of cyclotron

TOPIC: (i) Lorentz force (ii) Magnetic force on a current carrying conductor placed in a uniform magnetic field (iii) Charged particles moving in a uniform electric field (iv) Charged particles moving in a uniform magnetic field (v) Radius of circular path (vi) Frequency of charged particle (vii) Relation between Electric and Magnetic field

TOPIC: (i) Lorentz force (ii) Magnetic force on a current carrying conductor placed in a uniform magnetic field (iii) Charged particles moving in a uniform electric field (iv) Charged particles moving in a uniform magnetic field (v) Radius of circular path (vi) Frequency of charged particle (vii) Relation between Electric and Magnetic field

Topic: UNIT-III Chapter-4 (Moving charges and magnetic effects)

Topic: UNIT-III Chapter-4 (Moving charges and magnetic effects) (1) Introduction (2) Orested's experiment (3) Right hand screw rule (4) Right hand Thumb rule (5) Magnetic field, magnetic force (fm), dimensional formula of magnetic field

Topic: (1) Potentiometer (cbse 2020: 1 marks, diagram) (2) Principle of potentiometer

Topic: (1) Potentiometer (cbse 2020: 1 marks, diagram) (2) Principle of potentiometer