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andrecoelho
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- TL;DR Summary
- everything in motion
Is it possible, that one physics law is "Everything is in motion?" (since zero doesnt belong to nature)...if so, does that implies that black holes move?
Everything IS in motion. All motion is relative and everything is in motion relative to SOMETHING, but we hardly need a "law" to say that.andrecoelho said:TL;DR Summary: everything in motion
Is it possible, that one physics law is "Everything is in motion?" (since zero doesnt belong to nature)...if so, does that implies that black holes move?
This is just word salad as far as I can tell. Or, put another way:andrecoelho said:you can't it doesnt exists...you arne't holding anything...for example, for apples or roses..zero of those two are equal...also because of infinity might be zero..for example the creation of the university
True, in the limited sense of the natural numbers, which you did not specify in your original post, which had to do with motion, which measurement rarely approximates a natural number.andrecoelho said:you can't it doesnt exists...
ooops forgot :)hmmm27 said:True, in the limited sense of the natural numbers, which you did not specity in your original post.
You need to learn some physics. This is just rambling, ungrammatical nonsense.andrecoelho said:you can't it doesnt exists...you arne't holding anything...for example, for apples or roses..zero of those two are equal...also because of infinity might be zero..for example the creation of the university
Ok.... but since everything moves, (i checked wikipedia), then everything is subject to a force , and applying a force?PeroK said:You need to learn some physics. This is just rambling, ungrammatical nonsense.
Zero is an eigenvalue of the quantum angular momentum operator, hence a valid measurement of angular momentum. Zero does, therefore, exist in nature - in this and many other contexts.
GADS! NO! You really need to learn some VERY basic physics. Maybe start with Newton's Laws at least.andrecoelho said:Ok.... but since everything moves, (i checked wikipedia), then everything is subject to a force , and applying a force?
thanks....
I know our academic institutions have come under fire, but ...andrecoelho said:... because of infinity might be zero..for example the creation of the university
PF Medic here, stopping the bleeding. Thanks all for trying to help the newbie.andrecoelho said:you can't it doesnt exists...you arne't holding anything...for example, for apples or roses..zero of those two are equal...also because of infinity might be zero..for example the creation of the university
According to classical physics, yes, it is possible for everything to be in motion. This is because classical physics assumes that all objects have a definite position and momentum at any given time. However, in quantum mechanics, the concept of motion becomes more complex and objects can exist in multiple states simultaneously.
The law that states "everything is in motion" is known as the law of inertia or Newton's first law of motion. It states that an object will remain at rest or in motion with a constant velocity unless acted upon by an external force.
In classical physics, there are no exceptions to this law. However, in quantum mechanics, the concept of motion becomes more complex and objects can exist in multiple states simultaneously, making it difficult to determine if everything is truly in motion.
The law "everything is in motion" affects everyday life in many ways. It explains why objects stay in motion unless acted upon by an external force, such as why a ball rolls until it hits a wall or why a car continues to move forward unless the brakes are applied. It also helps us understand the concept of inertia and how it affects objects in our daily lives.
Yes, there is plenty of evidence to support the law "everything is in motion." Newton's first law of motion has been tested and verified countless times in various experiments and observations. Additionally, the concept of motion is a fundamental principle in physics and is essential in understanding many other laws and phenomena.