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wolram
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if space is expanding how can the electrical properties
stay constant?
if space is expanding how can the electrical properties
stay constant?
Last edited:
It is important to understand that when we talk about the expanding universe, we are referring to the physical distance between objects in space increasing. This does not mean that the fundamental properties of space, such as its electrical properties, are changing. These properties are inherent to space itself and are not affected by its expansion.
No, the expansion of space does not have any direct effect on the behavior of electricity and magnetism. These forces are governed by their own laws and are not influenced by the expansion of the universe.
No, the expansion of space does not create new space for electricity to flow. The amount of space available for electricity to flow remains constant, but the distance between objects in space increases.
Scientists study the electrical properties of space through a variety of methods, including observations from spacecraft and telescopes, laboratory experiments, and theoretical models. These methods allow us to understand the fundamental properties of space and how they interact with electricity.
It is highly unlikely that the expansion of the universe will have any significant impact on the electrical properties of space. These properties are inherent to space itself and are not expected to change, even as the universe continues to expand.