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| Tags: appearing, geometry, gravity, unexplained |
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#1
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when you ask a relativists a practical question about gravity
they use simple newtonian relations and not relativity, like these white mens here in this thread http://groups.google.com/group/sci.p...a9663524ad336b why simple newtonian relations, or at least differential newtonians why not using geometry and differential geomtry? gravity is geometry, isnt it anymore? wahahahaa |
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#2
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On Jun 30, 9:34 am, toxic wrote:
when you ask a relativists a practical question about gravity they use simple newtonian relations and not relativity, like these white mens here in this thread http://groups.google.com/group/sci.p...sg/bea9663524a... why simple newtonian relations, or at least differential newtonians Why resort to a more complicated theory when classical models, which are just as accurate at the level of the question, will suffice? Or do you always swat flys with sledgehammers? |
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#3
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On Jun 30, 8:39 pm, Igor wrote:
On Jun 30, 9:34 am, toxic wrote: when you ask a relativists a practical question about gravity they use simple newtonian relations and not relativity, like these white mens here in this thread http://groups.google.com/group/sci.p...sg/bea9663524a... why simple newtonian relations, or at least differential newtonians Why resort to a more complicated theory when classical models, which are just as accurate at the level of the question, will suffice? Or do you always swat flys with sledgehammers? it is foken stoopid ta say that gravity is geometry, then use old simple newton, which is not accurate, in stead of geometry now show me by geometry, here comes tha newtonian, constant density and ****, which is wrong % gravity clear all, clc; Er = 6.37e+6; r = [0.001:100:Er]; Em = 5.973e+24; Gc = 6.67428e-11; Sv = (4*pi*r.^3)/3; Ed = 5.52e+3; m =Sv.*Ed; g = (Gc*m)./r.^2; plot(r,g),grid; |
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#4
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On Jun 30, 3:41 pm, toxic wrote:
On Jun 30, 8:39 pm, Igor wrote: On Jun 30, 9:34 am, toxic wrote: when you ask a relativists a practical question about gravity they use simple newtonian relations and not relativity, like these white mens here in this thread http://groups.google.com/group/sci.p...sg/bea9663524a... why simple newtonian relations, or at least differential newtonians Why resort to a more complicated theory when classical models, which are just as accurate at the level of the question, will suffice? Or do you always swat flys with sledgehammers? it is foken stoopid ta say that gravity is geometry, then use old simple newton, which is not accurate, in stead of geometry now show me by geometry, here comes tha newtonian, constant density and ****, which is wrong % gravity clear all, clc; Er = 6.37e+6; r = [0.001:100:Er]; Em = 5.973e+24; Gc = 6.67428e-11; Sv = (4*pi*r.^3)/3; Ed = 5.52e+3; m =Sv.*Ed; g = (Gc*m)./r.^2; plot(r,g),grid; And I need your nonsense about as much as a fish needs a bicycle. |
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#5
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On Jul 1, 8:05 pm, Igor wrote:
On Jun 30, 3:41 pm, toxic wrote: On Jun 30, 8:39 pm, Igor wrote: On Jun 30, 9:34 am, toxic wrote: when you ask a relativists a practical question about gravity they use simple newtonian relations and not relativity, like these white mens here in this thread http://groups.google.com/group/sci.p...sg/bea9663524a... why simple newtonian relations, or at least differential newtonians Why resort to a more complicated theory when classical models, which are just as accurate at the level of the question, will suffice? Or do you always swat flys with sledgehammers? it is foken stoopid ta say that gravity is geometry, then use old simple newton, which is not accurate, in stead of geometry now show me by geometry, here comes tha newtonian, constant density and ****, which is wrong % gravity clear all, clc; Er = 6.37e+6; r = [0.001:100:Er]; Em = 5.973e+24; Gc = 6.67428e-11; Sv = (4*pi*r.^3)/3; Ed = 5.52e+3; m =Sv.*Ed; g = (Gc*m)./r.^2; plot(r,g),grid; And I need your nonsense is been said you are a foken hypocrite if you dont understan, tell us what you dont understan, so we can help you, stoopid if you see an error, point out that error, fool about as much as a fish needs a bicycle. you are a foken fish and need a bicycle |
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