Electricity and Magnetism: (As per UGC & CBCS) – Eastern India Universities

·         Close to 400 figures to help visualize and understand the different electromagnetic phenomenon

·         More than 170 chapter-end questions to enhance and strengthen learning of the students

·         22 lab experiments to help students make observations, develop hypotheses about phenomena and devise tests to investigate their hypotheses

·         Additional Roadmap for the syllabuses of Odisha State, Calcutta, Gauhati, Dibrugarh and Burdwan universities

THEORY

1: Electric Charges and Fields

2: Gauss's Law and its Applications

3: Electric Potential

4: Capacitors

5: Dielectrics

6: Magnetostatics (Magnetic Effect of Electric Current)

7: Magnetic Properties of Materials

8: Electromagnetic Induction and Maxwell's Equations

9: Alternating Current

10: Network Theorems and Transient Currents

LAB EXPERIMENTS

Introduction to Lab Experiments

Lab Experiments

1: Analog Multimeter

2: Charging and Discharging of a Capacitor through a Resistor

3: Time Constant of an RC Circuit

4: Measurement of Low Resistance Using Potentiometer

5: Carey Foster Bridge

6: Comparison of Capacitances-Desauty's Bridge (A.C. Method)

7: Verification of Thevenin's Theorem

8: Verification of Norton's Theorem

9: Verification of Superposition Theorem

10: Verification of Maximum Power Transfer Theorem

11: Self Inductance of a Coil-Anderson's Bridge

12: Series LCR Circuit

13: Parallel LCR Circuit

14: Charge Sensitivity of Ballistic Galvanometer

15: Current and Voltage Sensitivities of Ballistic Galvanometer

16: High Resistance by Leakage Method-B.G.

17: Determination of Self-inductance of a Coil by Rayleigh's Method

18: Absolute Determination of Mutual Inductance-B.G.

19: Determination of Horizontal Component of the Earth's Magnetic Field-Earth Inductor

20: Determination of the Mutual Inductance of Two Coils by Carey-Foster's Method

21: Construction of One Ohm Coil

22: Measurement of CDR of Ballistic Galvanometer

• Appendix