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Lecture notes: Electronic and Electrical Systems 1 (ENGI1161): Electrostatics £5.48   Add to cart

Lecture notes

Lecture notes: Electronic and Electrical Systems 1 (ENGI1161): Electrostatics

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This comprehensive set of notes from Durham University's "Electronic and Electrical Systems" module delves into the core concepts of Electromagnetism. It covers crucial topics such as Coulomb's law, electric fields, electric potential, Gauss' law, capacitance, and dielectrics. The notes provide cle...

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  • August 24, 2024
  • 10
  • 2023/2024
  • Lecture notes
  • Christopher crabtree
  • All classes
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Available practice questions

Flashcards 17 Flashcards
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Some examples from this set of practice questions

1.

What is an \'Equipotential Surface\'?

Answer: A closed surface where the electric potential is constant

2.

Define \'Isolated Charge\'.

Answer: A charge where the force acts equally in all directions and on a spherical surface area

3.

Describe the relationship between \'Potential Energy\' and work in a capacitor.

Answer: Potential energy is the work done to charge a capacitor, stored as 1/2 CV2

4.

Explain the behaviour of Electric Field inside a conducting sphere.

Answer: The electric field is zero inside a conducting sphere

5.

What is meant by \'Superposition\' in the context of charges?

Answer: It is the vector sum of forces from multiple charges

6.

How is the magnitude of the force in Coulomb\'s Law related to the distance between charges?

Answer: The magnitude of the force is inversely proportional to the square of the distance

7.

Explain what an equipotential surface is in electrostatics.

Answer: It is a surface where the electric potential is constant

8.

What is the superposition principle in electrostatics?

Answer: It is the vector sum of forces from multiple charges

9.

Explain the relationship between the force in Coulomb\'s Law and the magnitudes of the charges.

Answer: The magnitude of the force is proportional to the product of the magnitudes of the charges

Coulombs Law
Monday, 18 September 2023 11:48




Electrostatics Page 1

, Electric Fields and potential
Thursday, 5 October 2023 14:00





Electrostatics Page 2

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