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

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

Author : R Murugeshan

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  • ISBN : 9789355013293
  • Pages : 488
  • Binding : Paperback
  • Language : English
  • Imprint : S. Chand Publishing
  • © year : 2022
  • Size : 6.5 X 9.25

Price : 325.00 260.00

This textbook has been designed as per the UGC Choice Based Credit System (CBCS) curriculum to meet the requirements of undergraduate students of physics. It extensively covers the fundamental principles, synthesis and physical interpretation of electric and magnetic fields. Laboratory work has also been included to help students achieve solid conceptual understanding and learn experimental procedures.

·         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

• Index

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