| Topic: |
Science > Physics |
| User: |
"i_cu_l8tr" |
| Date: |
22 Jan 2006 11:34:10 AM |
| Object: |
Gravity |
As an engineering student in college, I became fascinated by all that I
was absorbing. Somewhere in all the calculus, chemistry, astronomy,
physics and engineering my mind began to wonder and tried to envision
it all. One day I became very interested in the striking similarities
between Columb's Law and Newton's Universal Law of Gravity. It just
seemed to stick in my mind. It was also somewhere around this time I
was blown away by using dimensional analysis on Einstein's E=mc
squared equation. During astronomy I could see the static gravitational
sphere of influence of a theoretical massive object alone in space and
the asymptotic nature of the slope of g prime. It slowly approaches
zero with infinity but never makes it. It's influence is everywhere.
It dawned on me that space (or dimensional length) is directly
proportional to time as one second equaled meters and mass was
proportional energy in joules. Then the massive objects began to appear
as two bodies attracted by their difference in net energy potentials or
electro-static. I began to bridge columbic and gravitational forces
using the mass to energy equation with dimensional analysis. I called
them finger puzzles. I did this off and on for years. It was very
interesting to me. I was trying to match the slope of g prime for any
mass regardless of size.
.
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| User: "Hexenmeister" |
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| Title: Re: Gravity |
22 Jan 2006 03:57:08 PM |
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"i_cu_l8tr" <i_cu_l8tr@hotmail.com> wrote in message
news:1137951250.408075.30000@z14g2000cwz.googlegroups.com...
As an engineering student in college, I became fascinated by all that I
was absorbing. Somewhere in all the calculus, chemistry, astronomy,
physics and engineering my mind began to wonder and tried to envision
it all. One day I became very interested in the striking similarities
between Columb's Law and Newton's Universal Law of Gravity. It just
seemed to stick in my mind. It was also somewhere around this time I
was blown away by using dimensional analysis on Einstein's E=mc
squared equation. During astronomy I could see the static gravitational
sphere of influence of a theoretical massive object alone in space and
the asymptotic nature of the slope of g prime. It slowly approaches
zero with infinity but never makes it. It's influence is everywhere.
It dawned on me that space (or dimensional length) is directly
proportional to time as one second equaled meters and mass was
proportional energy in joules. Then the massive objects began to appear
as two bodies attracted by their difference in net energy potentials or
electro-static. I began to bridge columbic and gravitational forces
using the mass to energy equation with dimensional analysis. I called
them finger puzzles. I did this off and on for years. It was very
interesting to me. I was trying to match the slope of g prime for any
mass regardless of size.
Did you have a question?
Hexenmeister.
.
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| User: "Michael Varney" |
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| Title: Re: Gravity |
22 Jan 2006 01:56:34 PM |
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i_cu_l8tr wrote:
As an engineering student in college,
uh oh... let me guess... you have come up with some sort of earth
shattering theory based on simple levers or some such thing? Whenever a
person starts a post with: "As an" anything... it is bad news.
I became fascinated by all that I
was absorbing. Somewhere in all the calculus, chemistry, astronomy,
physics and engineering my mind began to wonder and tried to envision
it all. One day I became very interested in the striking similarities
between Columb's Law and Newton's Universal Law of Gravity. It just
seemed to stick in my mind. It was also somewhere around this time I
was blown away by using dimensional analysis on Einstein's E=mc
squared equation. During astronomy I could see the static gravitational
sphere of influence of a theoretical massive object alone in space and
the asymptotic nature of the slope of g prime. It slowly approaches
zero with infinity but never makes it. It's influence is everywhere.
It dawned on me that space (or dimensional length) is directly
proportional to time as one second equaled meters and mass was
proportional energy in joules. Then the massive objects began to appear
as two bodies attracted by their difference in net energy potentials or
electro-static. I began to bridge columbic and gravitational forces
using the mass to energy equation with dimensional analysis. I called
them finger puzzles. I did this off and on for years. It was very
interesting to me. I was trying to match the slope of g prime for any
mass regardless of size.
Right.
Crank alert.
.
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| User: "Sam Wormley" |
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| Title: Re: Gravity |
22 Jan 2006 12:52:01 PM |
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i_cu_l8tr wrote:
As an engineering student in college, I became fascinated by all that I
was absorbing. Somewhere in all the calculus, chemistry, astronomy,
physics and engineering my mind began to wonder and tried to envision
it all. One day I became very interested in the striking similarities
between Columb's Law and Newton's Universal Law of Gravity. It just
seemed to stick in my mind. It was also somewhere around this time I
was blown away by using dimensional analysis on Einstein's E=mc
squared equation. During astronomy I could see the static gravitational
sphere of influence of a theoretical massive object alone in space and
the asymptotic nature of the slope of g prime. It slowly approaches
zero with infinity but never makes it. It's influence is everywhere.
It dawned on me that space (or dimensional length) is directly
proportional to time as one second equaled meters and mass was
proportional energy in joules. Then the massive objects began to appear
as two bodies attracted by their difference in net energy potentials or
electro-static. I began to bridge columbic and gravitational forces
using the mass to energy equation with dimensional analysis. I called
them finger puzzles. I did this off and on for years. It was very
interesting to me. I was trying to match the slope of g prime for any
mass regardless of size.
Are There Any Good Books on Relativity Theory?
http://math.ucr.edu/home/baez/physics/Administrivia/rel_booklist.html
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| User: "i_cu_l8tr" |
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| Title: Re: Gravity |
22 Jan 2006 07:58:28 PM |
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Sam Wormley wrote:
i_cu_l8tr wrote:
As an engineering student in college, I became fascinated by all that I
was absorbing. Somewhere in all the calculus, chemistry, astronomy,
physics and engineering my mind began to wonder and tried to envision
it all. One day I became very interested in the striking similarities
between Columb's Law and Newton's Universal Law of Gravity. It just
seemed to stick in my mind. It was also somewhere around this time I
was blown away by using dimensional analysis on Einstein's E=mc
squared equation. During astronomy I could see the static gravitational
sphere of influence of a theoretical massive object alone in space and
the asymptotic nature of the slope of g prime. It slowly approaches
zero with infinity but never makes it. It's influence is everywhere.
It dawned on me that space (or dimensional length) is directly
proportional to time as one second equaled meters and mass was
proportional energy in joules. Then the massive objects began to appear
as two bodies attracted by their difference in net energy potentials or
electro-static. I began to bridge columbic and gravitational forces
using the mass to energy equation with dimensional analysis. I called
them finger puzzles. I did this off and on for years. It was very
interesting to me. I was trying to match the slope of g prime for any
mass regardless of size.
Are There Any Good Books on Relativity Theory?
http://math.ucr.edu/home/baez/physics/Administrivia/rel_booklist.html
That's quite an extensive list you have there. I have read some of them
over the years. They are quite interesting. I liked the ones about the
dying supermassive stars into black holes. Try discussing radius of
convergence with the guys down at the bar. Right.
.
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| User: "Sam Wormley" |
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| Title: Re: Gravity |
22 Jan 2006 09:32:30 PM |
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i_cu_l8tr wrote:
As an engineering student in college, I became fascinated by all that I
was absorbing. Somewhere in all the calculus, chemistry, astronomy,
physics and engineering my mind began to wonder and tried to envision
it all. One day I became very interested in the striking similarities
between Columb's Law and Newton's Universal Law of Gravity. It just
seemed to stick in my mind. It was also somewhere around this time I
was blown away by using dimensional analysis on Einstein's E=mc
squared equation. During astronomy I could see the static gravitational
sphere of influence of a theoretical massive object alone in space and
the asymptotic nature of the slope of g prime. It slowly approaches
zero with infinity but never makes it. It's influence is everywhere.
It dawned on me that space (or dimensional length) is directly
proportional to time as one second equaled meters and mass was
proportional energy in joules. Then the massive objects began to appear
as two bodies attracted by their difference in net energy potentials or
electro-static. I began to bridge columbic and gravitational forces
using the mass to energy equation with dimensional analysis. I called
them finger puzzles. I did this off and on for years. It was very
interesting to me. I was trying to match the slope of g prime for any
mass regardless of size.
Are There Any Good Books on Relativity Theory?
http://math.ucr.edu/home/baez/physics/Administrivia/rel_booklist.html
.
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