http://www.myengg.com/engg/info/8752/subject-wise-quick-review-of-formulae-for-the-iit-jee-aieee-eamcet-aspirants/ here you can find short notes... Posted by hiteshsagtani07...(student)on 14/4/13

http://www.myengg.com/engg/info/8752/subject-wise-quick-review-of-formulae-for-the-iit-jee-aieee-eamcet-aspirants/ here you can find short notes... Posted by hiteshsagtani07...(student)on 14/4/13

http://www.myengg.com/engg/info/8752/subject-wise-quick-review-of-formulae-for-the-iit-jee-aieee-eamcet-aspirants/ here you can find short notes... Posted by hiteshsagtani07...(student)on 14/4/13

Ray Optics:Derivation of mirror formula,Derivation of lens formulaRefraction at spherical surfaceLens Makers FormulaRefraction through PrismOptical Instruments Derivation of formula for magnification Electromagnetic Induction & Alternating Current: Motional EmfDeriving a formula for induced emf in a rotating coil (AC Generator)Conceptual questions based on Eddy currentsmutual induction between two coils and two solenoids Derivation of current voltage relationship for Pure R, pure L and pure C inductive and capacitative reactance calculation of impedance, current and voltage across each elementLCR Series - Phasor diagrams in all cases LR, LC circuits also can be done from LCRResonance Average power in A.C. circuits pure R(not very high chance), pure L and pure C and LCR series Transformer MagnetismNot many derivations in this chapter Magnetic Effects of current:Field at the center of a circular coilField at any point on the axis of circular coilWorking of cyclotronDerivations related to Cyclotron Field due to a toroidfield due to a solenoidTorque on a current carrying coil placed in a magnetic fieldMoving coil galvanometer Posted by Khushboo(student)on 7/3/15

Ray Optics:Derivation of mirror formula,Derivation of lens formulaRefraction at spherical surfaceLens Makers FormulaRefraction through PrismOptical Instruments Derivation of formula for magnification Electromagnetic Induction & Alternating Current: Motional EmfDeriving a formula for induced emf in a rotating coil (AC Generator)Conceptual questions based on Eddy currentsmutual induction between two coils and two solenoids Derivation of current voltage relationship for Pure R, pure L and pure C inductive and capacitative reactance calculation of impedance, current and voltage across each elementLCR Series - Phasor diagrams in all cases LR, LC circuits also can be done from LCRResonance Average power in A.C. circuits pure R(not very high chance), pure L and pure C and LCR series Transformer MagnetismNot many derivations in this chapter Magnetic Effects of current:Field at the center of a circular coilField at any point on the axis of circular coilWorking of cyclotronDerivations related to Cyclotron Field due to a toroidfield due to a solenoidTorque on a current carrying coil placed in a magnetic fieldMoving coil galvanometer Posted by Khushboo(student)on 7/3/15

Ray Optics:Derivation of mirror formula,Derivation of lens formulaRefraction at spherical surfaceLens Makers FormulaRefraction through PrismOptical Instruments Derivation of formula for magnification Electromagnetic Induction & Alternating Current: Motional EmfDeriving a formula for induced emf in a rotating coil (AC Generator)Conceptual questions based on Eddy currentsmutual induction between two coils and two solenoids Derivation of current voltage relationship for Pure R, pure L and pure C inductive and capacitative reactance calculation of impedance, current and voltage across each elementLCR Series - Phasor diagrams in all cases LR, LC circuits also can be done from LCRResonance Average power in A.C. circuits pure R(not very high chance), pure L and pure C and LCR series Transformer MagnetismNot many derivations in this chapter Magnetic Effects of current:Field at the center of a circular coilField at any point on the axis of circular coilWorking of cyclotronDerivations related to Cyclotron Field due to a toroidfield due to a solenoidTorque on a current carrying coil placed in a magnetic fieldMoving coil galvanometer Posted by Khushboo(student)on 7/3/15