Lagrangian point - Revision history

Jburk at 22:41, 17 December 2018

2018-12-17T22:41:37Z

2011-11-03T15:38:20Z

Undo revision 6036 by 128.97.141.109 (Talk) vandalism

2011-11-03T06:19:05Z

Uses of the Mars L_1 and L_2 points

2011-09-29T11:02:48Z

multiple vandalisms

2011-09-29T02:26:16Z

Objects observed in the Mars-Sun L_4 and L_5 points

2011-09-28T23:54:55Z

Calculating the position of L_1 and L_2

2011-09-28T08:30:33Z

multiple vandalisms

2011-09-27T21:53:00Z

References:

2011-09-27T12:12:56Z

Current missions using the Lagrangian points of the Earth-Sun system

2011-09-27T05:44:33Z

Undo revision 5829 by 119.46.111.8 (Talk) vandalism

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 Asteroids in the <math>L_4</math> and <math>L_5</math> Mars-Sun Lagrangian points are often called ''Mars Trojan [[asteroids]]''. A handful of asteroids are in stable solar orbits, leading (<math>L_4</math>) and following (<math>L_5</math>) the path of Mars including an asteroid named "[[1999 UJ7]]" (at <math>L_4</math>) and "[[5261 Eureka]]" (at <math>L_5</math>).
-I have been so bweildeerd in the past but now it all makes sense!
+==Uses of the Mars <math>L_1</math> and <math>L_2</math> points==
 ==See also==

@@ Line 32: / Line 32: @@
 Asteroids in the <math>L_4</math> and <math>L_5</math> Mars-Sun Lagrangian points are often called ''Mars Trojan [[asteroids]]''. A handful of asteroids are in stable solar orbits, leading (<math>L_4</math>) and following (<math>L_5</math>) the path of Mars including an asteroid named "[[1999 UJ7]]" (at <math>L_4</math>) and "[[5261 Eureka]]" (at <math>L_5</math>).
-==Uses of the Mars <math>L_1</math> and <math>L_2</math> points==
+I have been so bweildeerd in the past but now it all makes sense!
 ==See also==

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 '''<math>L_{4}</math>''' and '''<math>L_{5}</math>''' are points leading and trailing the orbiting body at an angle of approximately 60&deg; from the Earth-Sun line. These points are also known as "Trojan points" where [[asteroids]] (known as ''Trojan asteroids'') become captured by the relative gravitational stability and orbit with the orbital body.
-Not bad at all fellas and glalas. Thanks.
+===Calculating the position of <math>L_1</math> and <math>L_2</math>===
 ==Current missions using the Lagrangian points of the Earth-Sun system==
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-I am froever indebted to you for this information.
+==Objects observed in the Mars-Sun <math>L_4</math> and <math>L_5</math> points==
 ==Uses of the Mars <math>L_1</math> and <math>L_2</math> points==

← Older revision		Revision as of 02:26, 29 September 2011
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−	~~==Objects observed in the Mars-Sun <math>L_4</math> and <math>L_5</math> points==~~	+	I am froever indebted to you for this information.
−
−	Asteroids in the <math>L_4</math> and <math>L_5</math> Mars-Sun Lagrangian points are often called ''Mars Trojan [[asteroids]]''. A handful of asteroids are in stable solar orbits, leading (<math>L_4</math>) and following (<math>L_5</math>) the path of Mars including an asteroid named "[[1999 UJ7]]" (at <math>L_4</math>) and "[[5261 Eureka]]" (at <math>L_5</math>).

	==Uses of the Mars <math>L_1</math> and <math>L_2</math> points==		==Uses of the Mars <math>L_1</math> and <math>L_2</math> points==

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 where <math>r</math> is the distance of <math>L_1</math> or <math>L_2</math> from the orbiting body, <math>R</math> is the distance between the bodies and <math>M_2</math> and <math>M_1</math> are the masses of the smaller and larger bodies respectively.
-I literally jumped out of my chair and dnaecd after reading this!
+==Current missions using the Lagrangian points of the Earth-Sun system==
 ==Objects observed in the Mars-Sun <math>L_4</math> and <math>L_5</math> points==
@@ Line 34: / Line 41: @@
 *[http://en.wikipedia.org/wiki/List_of_objects_at_Lagrangian_points List of objects at Lagrangian points]
-Could you write about Physics so I can pass Scecnie class?
+===References:===

← Older revision		Revision as of 21:53, 27 September 2011
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	*[http://en.wikipedia.org/wiki/List_of_objects_at_Lagrangian_points List of objects at Lagrangian points]		*[http://en.wikipedia.org/wiki/List_of_objects_at_Lagrangian_points List of objects at Lagrangian points]

−	~~===References:===~~	+	Could you write about Physics so I can pass Scecnie class?
−	~~<references/>~~
−
−	~~[[category:orbital Mechanics]]~~
−	~~[[category:physics]]~~