Darby
Epochal Historian
Darby
Lets use a gravitational freefall.
No - you use your equation and set W=0 and plug and chug.
Darby
Lets use a gravitational freefall.
Gravity is a waveform.
.
and the movement of the earth and time itself is toroidal.
.
No - you use your equation and set W=0 and plug and chug.
I have already explained it in terms of mathematics and physics. You can check the post that the arrogant admins decided to move because of their know-it-all posterity.
The equation was meant for inertial accelerations only. Since the equation is a physical description of an inertial acceleration.That was my whole point for using the physical observation to construct the equation. Now you are restricted to only using an inertial weight vector. Inertial weight only exists in the presence of an inertial acceleration. A gravitational acceleration has no weight vector associated with it.
There is no inertial weight vector in a gravitational freefall. Since weightlessness is property of gravitational freefall, you can't even use mass in a calculation. If you do, then the product of mass times acceleration is weight. But the facts show no weight is present. Maybe it's just a direct observation that gravitational accelerations are also mass-less.
This goes in the direction of "Where does all the energy come from, if no weight or mass is present during a gravitational collision?" I think that's a good question. I also think it's time scientists stop making assumptions, and start finding facts instead.
>
. Scientists assume so much that it is absurd; .
Agreed, but you gotta start somewhere.....................then improve.
Except that Newtonian Mechanics says there is, "the string", which cancels the other vector and keeps the ball roughly equidistant from the center.
Because that ball desperately wants to take a tangent vector out of there. It is under continual vector changing.
Science doesn't start with assumptions. .
Many Physics models are based on assumptions, or models that are known to be wrong until something better comes along.
The first thing Murray Gel-Mann said when he was told he won the Nobel for Quark theory was "Now people are talking about Quarks as if they actually exist". He developed a functional model that he "assumed" existed/was correct.
100 years ago it was "assumed" Ohms law was a "law". That "law" is not applicable to superconductivity.
Models are made as hypothetical systems and then tested.
Centrifugal force is SPECIFIC ONLY TO DESCRIPTION OF NEWTONIAN MECHANICS, it is NOT REAL, it is only to illustrate the angular difference between different points of observation because the distance between the objects is FIXED.
JDT
I'm not a John Titor believer. Actually as I grow older, there is less and less to actually put in the belief category.
Observations show it is real. And you can measure it too. But if you never stepped outside a classroom to do an experiment or two, you would be biased into believing it was fictional, based on what we are taught in school.
Centrifugal force is always present in conjunction with an inertial force which pushes an object in a circular path. As long as the radius doesn't change for that circular path, the centrifugal force has no acceleration vector associated with it. Not so with the inertial force. Which has both an acceleration vector and an opposed weight vector. But those are the actual physical facts of our reality. If you want the math for rotational dynamics, you are better off constructing it yourself.
>Observations show it is real
It is real from the point of observation; in basic terms of physics it is a fictitious force. Depending on frame of reference, you can construct several fictitious forces to illustrate a change in rotational dynamics, and then observe them.
Non-Euclidean geometry - Wikipedia, the free encyclopedia
Edit:
Also:
Fictitious force - Wikipedia, the free encyclopedia
So which side of the fence are you on? The real universe we reside within? Or the fictional universe being portrayed as our science today?
I'm the fence itself.
Not willing to take a side? Scared?
There aren't many on my side of the fence. But all the facts are on my side of the fence.