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Dezepar
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Can someone shed light on any and all relationships between mass and time?
Originally posted by Dezepar
Can someone shed light on any and all relationships between mass and time?
Originally posted by Dezepar
Is there any worthwhile information documented or working theories, (with at least an ounce of plausibility) in regards to there being a definitive relationship between mass and time? I have done extensive 'googling' on this but would like more opinions.
From my limited knowledge I can only tell you that I'm referring to relativistic mass. Nothing more.Are you referring to proper mass or relativisitc mass?
I understand this. I was wondering if there were ANY theorys, founded or not. Demonstrable or not. The equations you present are mostly greek to me at this moment, as I am an untrained individual in this field. (Currently working to change that.) Thanx for the arithmatic rebuttle though.I know of no such relation in classical mechanics or quantum mechanics.
Freefall84 said:im sorry, simon, I am sure you're wrong, woafully so, the atmosphere we're immersed in does not effect the passage of time or the "ageing gene", although I am sure mass does (only in minute proportions) there are satellites in orbit with atomic clocks onboard. and those clock (although synchronized with the same clocks on earth) run slower than normal there is definitely a link between mass and time but humanity hasn't put a precise number against it yet, :)
The mass-time relationship is a fundamental concept in physics that describes the relationship between an object's mass and the time it takes to travel a certain distance. It is also known as the inertia-time relationship.
Understanding the mass-time relationship is crucial in many areas of science and engineering, as it helps to explain the behavior of objects in motion. It also allows us to make predictions about an object's motion based on its mass and the forces acting on it.
The mass-time relationship is closely related to Newton's laws of motion. According to Newton's first law, an object will remain at rest or continue moving at a constant velocity unless acted upon by an external force. This means that an object's mass affects its inertia, or its resistance to changes in motion.
There are many experiments that can be conducted to explore mass-time relationships. One common experiment is to roll objects of different masses down a ramp and measure the time it takes for them to reach the bottom. This can help to demonstrate the relationship between mass and the time it takes for an object to accelerate.
Understanding mass-time relationships is crucial in many real-world applications, such as designing vehicles and calculating their acceleration and braking capabilities. It is also important in sports, where athletes must understand how their mass affects their performance in different events. Additionally, the study of mass-time relationships is essential in fields such as astrophysics, where the mass of celestial objects plays a significant role in their motion and interactions.