force moves objects -- not velocity, not velocity, not velocity!
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force moves objects -- not velocity, not velocity, not velocity!         


Author: dedanoe
Date: Sep 13, 2008 09:37

the main wrong issue is the first lesson in physics with its
definition for instant velocity as V=dx/dt based on x[m]=f(t[s]).
blame newton and galileo for that. what function dependant only on
time in seconds results with position in meters?

V being defined as dx/dt makes V tangent of trajectory which is wrong
cause if V=dx/dt then t must be dx/dV or total dx=Vdt+tdV. but then
x[m] is not f(t[s]) but x[m] is V[m/s]t[s] or x[m] is accel[m/s^2]
(t[s])^2.

more accurately, x=Vt is threedimensional surface where each of x, V,
t go on its own axis (try ploting x=Vt and you'll see). velocity is
wrongfully taught to move objects. and what's more why would someone
introduce them two unknowns V and t to unscramble one unknown x
--
it's complication beyond necessary.

ONCE YOU ACKNOWLEDGE THIS POINT YOUR ENTIRE PHYSICS FALLS.
http://dedanoe.googlepages.com
2 Comments
Re: force moves objects -- not velocity, not velocity, not velocity!         


Author: dedanoe
Date: Sep 15, 2008 15:58

On Sep 14, 3:57 am, Igor excite.com> wrote:
> On Sep 13, 12:37 pm, dedanoe gmail.com> wrote:
>
>
>
>
>
>> the main wrong issue is the first lesson in physics with its
>> definition for instant velocity as V=dx/dt based on x[m]=f(t[s]).
>> blame newton and galileo for that. what function dependant only on
>> time in seconds results with position in meters?
>
>> V being defined as dx/dt makes V tangent of trajectory which is wrong
>> cause if V=dx/dt then t must be dx/dV or total dx=Vdt+tdV. but then
>> x[m] is not f(t[s]) but x[m] is V[m/s]t[s] or x[m] is accel[m/s^2]
>> (t[s])^2.
>
>> more accurately, x=Vt is threedimensional surface where each of x, V,
>> t go on its own axis (try ploting x=Vt and you'll see). velocity is
>> wrongfully taught to move objects. and what's more why would someone ...
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Re: force moves objects -- not velocity, not velocity, not velocity!         


Author: Igor
Date: Sep 15, 2008 16:34

On Sep 15, 6:58 pm, dedanoe gmail.com> wrote:
> On Sep 14, 3:57 am, Igor excite.com> wrote:
>
>
>
>
>
>> On Sep 13, 12:37 pm, dedanoe gmail.com> wrote:
>
>>> the main wrong issue is the first lesson in physics with its
>>> definition for instant velocity as V=dx/dt based on x[m]=f(t[s]).
>>> blame newton and galileo for that. what function dependant only on
>>> time in seconds results with position in meters?
>
>>> V being defined as dx/dt makes V tangent of trajectory which is wrong
>>> cause if V=dx/dt then t must be dx/dV or total dx=Vdt+tdV. but then
>>> x[m] is not f(t[s]) but x[m] is V[m/s]t[s] or x[m] is accel[m/s^2]
>>> (t[s])^2.
>
>>> more accurately, x=Vt is threedimensional surface where each of x, V, ...
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