Magnetism\Gravity
in [Relativity]
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From: Sue... on 7 Jan 2010 06:33 On Jan 5, 8:29 pm, jdawe <mrjd...(a)gmail.com> wrote: > Because we are living in a logically created opposing universe we know > there are only 2 opposing forces: > > Pull force > > or > > Push force > > In other words: > > Attraction force > > or > > Repulsion force > > So, why then do we sometimes hear that magnetism is a separate force > to gravity because while it does attract things it does so differently > therefore it's a different force. > > Well, > > there are two opposing directions we can take: > > Forward > > or > > Reverse > > which means that we can step into our 2 opposing forces to give us: > > Forward attraction force > > or > > Reverse attraction force > > + > > Forward repulsion force > > or > > Reverse repulsion force > > Now, magnets produce repulsion force NOT attraction force but the > funny thing is if you put an object producing forward repulsion force > in proximity to an object producing reverse repulsion force then the 2 > objects will ATTRACT. But its not real attraction force its just the > result of 2 objects coming together because one is 'pushing' one oway > and the other is 'pushing' the other way. 1)Start throwing some toy magnets at your refrigerator door after you read the below links. 2)Don't stop throwing or post on this subject again 'till you get a picture of a magnet repelled by the door. Sue... http://en.wikipedia.org/wiki/Van_der_Waals_force http://en.wikipedia.org/wiki/Multiple_integral#Some_practical_applications http://en.wikipedia.org/wiki/Induced_gravity > > Therefore, the acceleration of the objects being 'attracted' by > magnetism is different than the acceleration caused by real attraction > force. > > -Josh.
From: jdawe on 7 Jan 2010 22:15 On Jan 7, 9:33 pm, "Sue..." <suzysewns...(a)yahoo.com.au> wrote: > On Jan 5, 8:29 pm, jdawe <mrjd...(a)gmail.com> wrote: > > > > > > > Because we are living in a logically created opposing universe we know > > there are only 2 opposing forces: > > > Pull force > > > or > > > Push force > > > In other words: > > > Attraction force > > > or > > > Repulsion force > > > So, why then do we sometimes hear that magnetism is a separate force > > to gravity because while it does attract things it does so differently > > therefore it's a different force. > > > Well, > > > there are two opposing directions we can take: > > > Forward > > > or > > > Reverse > > > which means that we can step into our 2 opposing forces to give us: > > > Forward attraction force > > > or > > > Reverse attraction force > > > + > > > Forward repulsion force > > > or > > > Reverse repulsion force > > > Now, magnets produce repulsion force NOT attraction force but the > > funny thing is if you put an object producing forward repulsion force > > in proximity to an object producing reverse repulsion force then the 2 > > objects will ATTRACT. But its not real attraction force its just the > > result of 2 objects coming together because one is 'pushing' one oway > > and the other is 'pushing' the other way. > > 1)Start throwing some toy magnets at your refrigerator door > after you read the below links. > > 2)Don't stop throwing or post on this subject again 'till you get a > picture > of a magnet repelled by the door. > > Sue... > > http://en.wikipedia.org/wiki/Van_der_Waals_forcehttp://en.wikipedia.org/wiki/Multiple_integral#Some_practical_applica...http://en.wikipedia.org/wiki/Induced_gravity > > > > > > > Therefore, the acceleration of the objects being 'attracted' by > > magnetism is different than the acceleration caused by real attraction > > force. > > > -Josh.- Hide quoted text - > > - Show quoted text -- Hide quoted text - > > - Show quoted text - If you push one way and push the other way the two will come together. If you push the same way the other is pushing the two will be pushed apart. If you pull one way and pull the other way the two will be pulled together. If you pull the same way the other is pulling the two will still be pulled together. In magnetism, unlike poles attract and like poles reppel. Magnetism is therefore push force regardless of how complicated you try to make it sound with your wikipedia links. -Josh.
From: Ste on 8 Jan 2010 10:41 On 8 Jan, 03:15, jdawe <mrjd...(a)gmail.com> wrote: > On Jan 7, 9:33 pm, "Sue..." <suzysewns...(a)yahoo.com.au> wrote: > > > > > > > On Jan 5, 8:29 pm, jdawe <mrjd...(a)gmail.com> wrote: > > > > Because we are living in a logically created opposing universe we know > > > there are only 2 opposing forces: > > > > Pull force > > > > or > > > > Push force > > > > In other words: > > > > Attraction force > > > > or > > > > Repulsion force > > > > So, why then do we sometimes hear that magnetism is a separate force > > > to gravity because while it does attract things it does so differently > > > therefore it's a different force. > > > > Well, > > > > there are two opposing directions we can take: > > > > Forward > > > > or > > > > Reverse > > > > which means that we can step into our 2 opposing forces to give us: > > > > Forward attraction force > > > > or > > > > Reverse attraction force > > > > + > > > > Forward repulsion force > > > > or > > > > Reverse repulsion force > > > > Now, magnets produce repulsion force NOT attraction force but the > > > funny thing is if you put an object producing forward repulsion force > > > in proximity to an object producing reverse repulsion force then the 2 > > > objects will ATTRACT. But its not real attraction force its just the > > > result of 2 objects coming together because one is 'pushing' one oway > > > and the other is 'pushing' the other way. > > > 1)Start throwing some toy magnets at your refrigerator door > > after you read the below links. > > > 2)Don't stop throwing or post on this subject again 'till you get a > > picture > > of a magnet repelled by the door. > > > Sue... > > >http://en.wikipedia.org/wiki/Van_der_Waals_forcehttp://en.wikipedia.o... > > > > Therefore, the acceleration of the objects being 'attracted' by > > > magnetism is different than the acceleration caused by real attraction > > > force. > > > > -Josh.- Hide quoted text - > > > - Show quoted text -- Hide quoted text - > > > - Show quoted text - > > If you push one way and push the other way the two will come together. > > If you push the same way the other is pushing the two will be pushed > apart. > > If you pull one way and pull the other way the two will be pulled > together. > > If you pull the same way the other is pulling the two will still be > pulled together. What is the definition of "pull" as distinct from "push"?
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