"Equipotential" Example Sentences
1. The electric field is zero at every point on an equipotential surface.
2. The potential difference between any two points on an equipotential surface is always zero.
3. By connecting conductors, we can create an equipotential surface.
4. Parallel conductors form an equipotential plane.
5. An equipotential line is a line that connects all points at the same potential.
6. The electric potential at any point along an equipotential line is the same.
7. In a uniform electric field, the equipotential surfaces are parallel planes.
8. Electric charge is distributed evenly on an equipotential surface.
9. Equipotential surfaces are perpendicular to electric field lines.
10. Electric field lines and equipotential lines never cross each other.
11. The equipotential lines around a point charge are concentric circles.
12. Equipotential surfaces are always at right angles to the direction of the electric field.
13. The electric field is always perpendicular to the equipotential surface.
14. The equipotential line passing through the center of a sphere is a diameter.
15. Equipotential surfaces are useful in calculating the electric potential energy.
16. The work done in moving a charged particle between two equipotential surfaces is zero.
17. Equipotential surfaces help in visualizing the electric field pattern.
18. The potential difference between two equipotential surfaces is proportional to the distance between them.
19. Equipotential surfaces can be irregular shapes depending on the electric field distribution.
20. By adjusting the shape of a conductor, we can create complex equipotential surfaces.
21. Within a conductor, the entire volume is an equipotential surface.
22. Equipotential surfaces of a point charge are symmetrical about the charge.
23. Equipotential surfaces can be visualized as a series of parallel planes in a uniform electric field.
24. The potential difference between two equipotential surfaces is the same along any path connecting them.
25. Equipotential lines are a three-dimensional representation of a two-dimensional equipotential surface.
26. The lines of force and equipotential surfaces are tools for mapping an electric field.
27. Equipotential surfaces can be used to find the electric field strength at any point.
28. The electric field is zero everywhere inside a conductor because it is an equipotential surface.
29. An equipotential surface has the same potential at every point.
30. An equipotential surface is a surface where the potential is the same at every point.
Common Phases
1. "The
equipotential lines show points of equal voltage;"
2. "The electric field is always perpendicular to the
equipotential lines;"
3. "By following an
equipotential line, there is no change in electrical potential;"
4. "An
equipotential surface is a smooth, continuous surface where the electric potential is the same at every point;"
5. "
Equipotential surfaces can be used to map out the potential energy of a system;"