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Subject: [jvsw] Definition Edited At Word xansa -- By krtisfranks
Date: Wed, 26 Apr 2023 06:13:23 +0000
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In jbovlaste, the user krtisfranks has edited a
definition of "xansa" in the language "English".

Differences:

2,2c2,2
< 		$x_1$ is chiral with handedness $x_2$ according to definition/by standard $x_3$ in space/under constraints/under conditions $x_4$
---
> 		$x_1$ is chiral with handedness $x_2$ according to definition/by standard $x_3$ in space/under constraints/under conditions $x_4$.
5,5c5,5
< 		For the (oppositely-)chiral partner/twin/enantiomorph, use: {xansydukti}. x3 can also specify the property or structure of interest that makes x1 chiral, as well as how handedness x2 is defined and relative to what. Chirality x2 is true when x1 is confined to space/dimensions/conditions x4, under a fixed standard of definition x3.
---
> 		For the (oppositely-)chiral partner/twin/enantiomorph, use: "{xansydukti}". $x_3$ can also specify the property or structure of interest that makes $x_1$ chiral, as well as how handedness $x_2$ is defined (for example: the right-hand rule) and relative to what. Chirality $x_2$ is true when $x_1$ is confined to space/dimensions/conditions $x_4$, under a fixed standard of definition $x_3$.
12a13,13
\n> 		Word: stereoisomerism, In Sense: 


Old Data:

	Definition:
		$x_1$ is chiral with handedness $x_2$ according to definition/by standard $x_3$ in space/under constraints/under conditions $x_4$

	Notes:
		For the (oppositely-)chiral partner/twin/enantiomorph, use: {xansydukti}. x3 can also specify the property or structure of interest that makes x1 chiral, as well as how handedness x2 is defined and relative to what. Chirality x2 is true when x1 is confined to space/dimensions/conditions x4, under a fixed standard of definition x3.

	Jargon:
		

	Gloss Keywords:
		Word: chiral, In Sense: 
		Word: handed, In Sense: chiral

	Place Keywords:


New Data:

	Definition:
		$x_1$ is chiral with handedness $x_2$ according to definition/by standard $x_3$ in space/under constraints/under conditions $x_4$.

	Notes:
		For the (oppositely-)chiral partner/twin/enantiomorph, use: "{xansydukti}". $x_3$ can also specify the property or structure of interest that makes $x_1$ chiral, as well as how handedness $x_2$ is defined (for example: the right-hand rule) and relative to what. Chirality $x_2$ is true when $x_1$ is confined to space/dimensions/conditions $x_4$, under a fixed standard of definition $x_3$.

	Jargon:
		

	Gloss Keywords:
		Word: chiral, In Sense: 
		Word: handed, In Sense: chiral
		Word: stereoisomerism, In Sense: 

	Place Keywords:


You can go to <http://jbovlaste.lojban.org/dict/xansa> to see it.