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Bibliographic details for How a Total Mass, Equivalent to the Gravitational Binding Energy Should be Dumped, from the Rest Masses of Two Bodies Falling into Each Other?

Citation styles for How a Total Mass, Equivalent to the Gravitational Binding Energy Should be Dumped, from the Rest Masses of Two Bodies Falling into Each Other?

APA style

How a Total Mass, Equivalent to the Gravitational Binding Energy Should be Dumped, from the Rest Masses of Two Bodies Falling into Each Other?. (2017, January 2). Natural Philosophy Wiki, . Retrieved 18:19, May 19, 2024 from http://wiki.naturalphilosophy.org/index.php?title=How_a_Total_Mass,_Equivalent_to_the_Gravitational_Binding_Energy_Should_be_Dumped,_from_the_Rest_Masses_of_Two_Bodies_Falling_into_Each_Other%3F&oldid=23951.

MLA style

"How a Total Mass, Equivalent to the Gravitational Binding Energy Should be Dumped, from the Rest Masses of Two Bodies Falling into Each Other?." Natural Philosophy Wiki, . 2 Jan 2017, 02:37 UTC. 19 May 2024, 18:19 <http://wiki.naturalphilosophy.org/index.php?title=How_a_Total_Mass,_Equivalent_to_the_Gravitational_Binding_Energy_Should_be_Dumped,_from_the_Rest_Masses_of_Two_Bodies_Falling_into_Each_Other%3F&oldid=23951>.

MHRA style

Natural Philosophy Wiki contributors, 'How a Total Mass, Equivalent to the Gravitational Binding Energy Should be Dumped, from the Rest Masses of Two Bodies Falling into Each Other?', Natural Philosophy Wiki, , 2 January 2017, 02:37 UTC, <http://wiki.naturalphilosophy.org/index.php?title=How_a_Total_Mass,_Equivalent_to_the_Gravitational_Binding_Energy_Should_be_Dumped,_from_the_Rest_Masses_of_Two_Bodies_Falling_into_Each_Other%3F&oldid=23951> [accessed 19 May 2024]

Chicago style

Natural Philosophy Wiki contributors, "How a Total Mass, Equivalent to the Gravitational Binding Energy Should be Dumped, from the Rest Masses of Two Bodies Falling into Each Other?," Natural Philosophy Wiki, , http://wiki.naturalphilosophy.org/index.php?title=How_a_Total_Mass,_Equivalent_to_the_Gravitational_Binding_Energy_Should_be_Dumped,_from_the_Rest_Masses_of_Two_Bodies_Falling_into_Each_Other%3F&oldid=23951 (accessed May 19, 2024).

CBE/CSE style

Natural Philosophy Wiki contributors. How a Total Mass, Equivalent to the Gravitational Binding Energy Should be Dumped, from the Rest Masses of Two Bodies Falling into Each Other? [Internet]. Natural Philosophy Wiki, ; 2017 Jan 2, 02:37 UTC [cited 2024 May 19]. Available from: http://wiki.naturalphilosophy.org/index.php?title=How_a_Total_Mass,_Equivalent_to_the_Gravitational_Binding_Energy_Should_be_Dumped,_from_the_Rest_Masses_of_Two_Bodies_Falling_into_Each_Other%3F&oldid=23951.

Bluebook style

How a Total Mass, Equivalent to the Gravitational Binding Energy Should be Dumped, from the Rest Masses of Two Bodies Falling into Each Other?, http://wiki.naturalphilosophy.org/index.php?title=How_a_Total_Mass,_Equivalent_to_the_Gravitational_Binding_Energy_Should_be_Dumped,_from_the_Rest_Masses_of_Two_Bodies_Falling_into_Each_Other%3F&oldid=23951 (last visited May 19, 2024).

BibTeX entry

 @misc{ wiki:xxx,
   author = "Natural Philosophy Wiki",
   title = "How a Total Mass, Equivalent to the Gravitational Binding Energy Should be Dumped, from the Rest Masses of Two Bodies Falling into Each Other? --- Natural Philosophy Wiki{,} ",
   year = "2017",
   url = "http://wiki.naturalphilosophy.org/index.php?title=How_a_Total_Mass,_Equivalent_to_the_Gravitational_Binding_Energy_Should_be_Dumped,_from_the_Rest_Masses_of_Two_Bodies_Falling_into_Each_Other%3F&oldid=23951",
   note = "[Online; accessed 19-May-2024]"
 }

When using the LaTeX package url (\usepackage{url} somewhere in the preamble) which tends to give much more nicely formatted web addresses, the following may be preferred: 

 @misc{ wiki:xxx,
   author = "Natural Philosophy Wiki",
   title = "How a Total Mass, Equivalent to the Gravitational Binding Energy Should be Dumped, from the Rest Masses of Two Bodies Falling into Each Other? --- Natural Philosophy Wiki{,} ",
   year = "2017",
   url = "\url{http://wiki.naturalphilosophy.org/index.php?title=How_a_Total_Mass,_Equivalent_to_the_Gravitational_Binding_Energy_Should_be_Dumped,_from_the_Rest_Masses_of_Two_Bodies_Falling_into_Each_Other%3F&oldid=23951}",
   note = "[Online; accessed 19-May-2024]"
 }


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