"Equipotentiality" Example Sentences
1. The equipotentiality of the force field ensures that all points in the region have the same potential.
2. The principle of equipotentiality states that any two points on a conductor connected to the same potential point are themselves at the same potential.
3. The equipotentiality of the electric field allowed for a uniform distribution of charges on the conductor.
4. The law of equipotentiality was used to derive the Poisson equation.
5. The equipotentiality of the gravitational field around a planet ensures that all points on the planet's surface are at the same potential energy.
6. The concept of equipotentiality is used extensively in electrical engineering.
7. The property of equipotentiality enables us to study the behavior of electric fields and their interaction with charges.
8. The equipotentiality of a magnetic field arises from Maxwell's equations.
9. The equipotentiality of the electric potential can be established using the Laplace equation.
10. The principle of equipotentiality is fundamental to understanding how electric currents behave.
11. The equipotentiality of a circle with respect to a uniform electric field is demonstrated by the fact that the potential difference between any two points on the circle is equal.
12. The equipotentiality of a potential well is determined by the configuration of the well and the distribution of charges in it.
13. The equipotentiality of the electric field around a point charge is established by Coulomb's law.
14. The idea of equipotentiality helps us to understand how electric fields affect charges and currents in different regions.
15. The concept of equipotentiality is crucially important in understanding the behavior of conductors in electric fields.
16. The property of equipotentiality enables us to study the behavior of magnetic fields and their interaction with currents.
17. The principle of equipotentiality is a powerful tool for investigating the properties of electric fields.
18. The equipotentiality of a region can be established experimentally by measuring the potential difference between various points in the region.
19. The law of equipotentiality applies to both vector and scalar quantities.
20. The property of equipotentiality allows us to establish a reference potential point in any system.
21. The equipotentiality of the Earth's magnetic field is demonstrated by the fact that the magnitude of the field is constant at any point on the surface of the Earth.
22. The concept of equipotentiality is used in many different fields, including physics, electrical engineering, and geology.
23. The principle of equipotentiality is the foundation of electric circuit analysis and design.
24. The equipotentiality of a region around a point charge is determined by the distance between the charge and any points in the region.
25. The property of equipotentiality has important implications for the design of electrical systems and devices.
26. The concept of equipotentiality is closely related to the concept of symmetry in physics.
27. The law of equipotentiality is one of the fundamental principles of classical electromagnetism.
28. The equipotentiality of a conductor is established by the distribution of charges on the surface of the conductor.
29. The property of equipotentiality enables us to calculate the electric potential at any point in a region.
30. The principle of equipotentiality is used to solve problems in areas such as electrical power generation and transmission.
Common Phases
1. The concept of
equipotentiality suggests that all points within a system share the same potential energy level;
2.
Equipotentiality can be used to describe the state in which there is no net flow of charge between two points;
3. Electrical engineers often use
equipotentiality to design circuits that distribute power evenly;
4. In geology,
equipotentiality refers to the condition in which the gravitational potential energy is constant across a region;
5. The principle of
equipotentiality states that all points on a conductor carry the same electric potential.