Vector representations

There are two 'kinds' of motion: 'Inertial' motion [vi*t],
and 'Forced' [accelerated] motion [at²/2]: Which
together [vi*t + at²/2] make up the 'Resultant'
motion that we "see". These are representable,
TO SCALE as vectors: The vectors may extend in any
direction; including backward [-] and forward [+]:


o---------------|----------------------|
l = vi*t s = at²/2
o---------------------------------------|
d = l + s = vi*t + at²/2

Velocity
http://scienceworld.wolfram.com/physics/Velocity.html
No motion with respect to an observer when dr/dt = 0

Vector
http://mathworld.wolfram.com/Vector.html

"Donald G. Shead" wrote in message
m...

There.. .. ..

BS Filter Activated.

"Donald G. Shead" wrote in message om...
There are two 'kinds' of motion: 'Inertial' motion [vi*t],
and 'Forced' [accelerated] motion [at²/2]: Which
together [vi*t + at²/2] make up the 'Resultant'
motion that we "see". These are representable,
TO SCALE as vectors: The vectors may extend in any
direction; including backward [-] and forward [+]:


o---------------|----------------------|
l = vi*t s = at²/2
o---------------------------------------|
d = l + s = vi*t + at²/2


And if you add a constant for the starting position, such as x_0, then
the formula

d = vi*t + at^2/2 + x_0

will give you the exact milepost you have reached on the highway you
are travelling on!

Double-A

"Donald G. Shead" wrote:

There are two 'kinds' of motion: 'Inertial' motion [vi*t],
and 'Forced' [accelerated] motion [at²/2]: Which
together [vi*t + at²/2] make up the 'Resultant'
motion that we "see".

Hey ****Head, what kind of motion is a free fall orbit? ****Head,
****Head, ****Head, ****Head, ****Head...

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
"Quis custodiet ipsos custodes?" The Net!

"Uncle Al" wrote in message
...
"Donald G. Shead" wrote:

There are two 'kinds' of motion: 'Inertial' motion [vi*t],
and 'Forced' [accelerated] motion [at²/2]: Which
together [vi*t + at²/2] make up the 'Resultant'
motion that we "see".

Cut
what kind of motion is a free fall orbit?

It's a gradually deteriorating; involuting elipse Unc! Eventually to
disappear; into whatever it's orbiting.

These 'vectors' can not only extend in either, and _any_ direction Unc, but
the motions they represent aren't restrained from changing speed and/or
direction, and do so in proportion to the forces acting on them: According
to leSages theory - which I endorse - all orbits will eventually deteriorate
and become integrated into the growing masses they are orbiting...

Before that happens Unc, you'll wish you hadn't been such a darn atheist, so
you'd have something to walk your last mile with(;^!

Uncle Al wrote:
"Donald G. Shead" wrote:

There are two 'kinds' of motion: 'Inertial' motion [vi*t],
and 'Forced' [accelerated] motion [at?/2]: Which
together [vi*t + at?/2] make up the 'Resultant'
motion that we "see".

Hey ****Head, what kind of motion is a free fall orbit? ****Head,
****Head, ****Head, ****Head, ****Head...

Never heard of ****head motion

--
http://inquisitor.i.am/ | | Ian Stirling.
---------------------------+-------------------------+--------------------------
Get off a shot FAST, this upsets him long enough to let you make your
second shot perfect. -- Robert A Heinlein.

"Donald G. Shead" wrote:

"Uncle Al" wrote in message
...
"Donald G. Shead" wrote:

There are two 'kinds' of motion: 'Inertial' motion [vi*t],
and 'Forced' [accelerated] motion [at²/2]: Which
together [vi*t + at²/2] make up the 'Resultant'
motion that we "see".

Cut
what kind of motion is a free fall orbit?

It's a gradually deteriorating; involuting elipse Unc! Eventually to
disappear; into whatever it's orbiting.
[snip]

Idiot ****Head. An orbit in vacuum only decays by gravitational
radiation unless it is doing things you yourself deny exist. It is
good for the age of the universe, ****Head. A satellite in circular
orbit is continuously accelerating without changing its speed. Why
don't you explain that to us, ****Head? ****Head, ****Head, ****Head,
****Head, ****Head...

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
"Quis custodiet ipsos custodes?" The Net!

Ian Stirling wrote:

Uncle Al wrote:
"Donald G. Shead" wrote:

There are two 'kinds' of motion: 'Inertial' motion [vi*t],
and 'Forced' [accelerated] motion [at?/2]: Which
together [vi*t + at?/2] make up the 'Resultant'
motion that we "see".

Hey ****Head, what kind of motion is a free fall orbit? ****Head,
****Head, ****Head, ****Head, ****Head...

Never heard of ****head motion

It has a reciprocating component, like a turboencabulator without its
Heisenberg compensators. "8^)

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
"Quis custodiet ipsos custodes?" The Net!

"Uncle Al" wrote in message
...
"Donald G. Shead" wrote:

"Uncle Al" wrote in message
...
"Donald G. Shead" wrote:

There are two 'kinds' of motion: 'Inertial' motion [vi*t],
and 'Forced' [accelerated] motion [at²/2]: Which
together [vi*t + at²/2] make up the 'Resultant'
motion that we "see".

Cut
what kind of motion is a free fall orbit?

It's a gradually deteriorating; involuting elipse Unc! Eventually to
disappear; into whatever it's orbiting.
[snip]

An orbit in vacuum only decays by gravitational
radiation unless it is doing things you yourself deny exist. It is
good for the age of the universe,

Don't you wish(;^?

A satellite in circular
orbit is continuously accelerating without changing its speed. Why
don't you explain that to us,

Again Unc: Don't you wish? Read leSages hypothesis: It predicts a slow
imperceptive condensation of matter toward common centers of mass;
_nothing's_ forever!