From: "Apache" <apache@digitalkingdom.org>
Date: Sun, 17 Jan 2016 02:16:27 -0800
To: webmaster@lojban.org, curtis289@att.net
Subject: [jvsw] Definition Edited At Word grixonbybi'otei -- By
 krtisfranks
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 Content preview:  In jbovlaste, the user krtisfranks has edited a definition
    of "grixonbybi'otei" in the language "English". Differences: 2,2c2,2 < $x_1
    = t_1$ is the elapsed time required for decaying/diminishing/reducing/shrinking
    population $x_2 = g_1$ to decrease in number by exactly/approximately $1/(x_3)$
    from that which is considered to be the initial population size, where $x_3$
    [li; default: 1] is a positive real number, according to standard/under condition/by
    model/in experiment $x_4$; $x_1$ is the $(x_3^{(-1)})$-th-life of population/sample
    $x_2$; the (approximate) one-$x_3$-th-ing/$(x_3)$-fold decrease(/increase)
    of population $x_2$ takes approximately $x_1$ (time). --- > $x_1 = t_1$ is
    the elapsed time required for decaying/diminishing/reducing/shrinking population
    $x_2 = g_1$ to decrease in number by a factor of exactly/approximately $1/(x_3)$
    from that which is considered to be the initial population size, where $x_3$
    [li; default: 1] is a positive real number, according to standard/under condition/by
    model/in experiment $x_4$; $x_1$ is the $(x_3^{(-1)})$-th-life of population/sample
    $x_2$; the (approximate) one-$x_3$-th-ing/$(x_3)$-fold decrease(/increase)
    of population $x_2$ takes approximately $x_1$ (time). 11,11d10 < Word: half-life,
    In Sense: generalized \n12a12,14 \n> Word: half-life, In Sense: generalized
    > Word: n-fold change time, In Sense: > Word: nth-life, In Sense: 15,15d16
    < Word: nth-life, In Sense: \n17,17d17 < Word: n-fold change time, In Sense:
    \n [...] 
 
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In jbovlaste, the user krtisfranks has edited a
definition of "grixonbybi'otei" in the language "English".

Differences:

2,2c2,2
< 		$x_1 = t_1$ is the elapsed time required for decaying/diminishing/reducing/shrinking population $x_2 = g_1$ to decrease in number by exactly/approximately $1/(x_3)$ from that which is considered to be the initial population size, where $x_3$ [li; default: 1] is a positive real number, according to standard/under condition/by model/in experiment $x_4$; $x_1$ is the $(x_3^{(-1)})$-th-life of population/sample $x_2$; the (approximate) one-$x_3$-th-ing/$(x_3)$-fold decrease(/increase) of population $x_2$ takes approximately $x_1$ (time).
---
> 		$x_1 = t_1$ is the elapsed time required for decaying/diminishing/reducing/shrinking population $x_2 = g_1$ to decrease in number by a factor of exactly/approximately $1/(x_3)$ from that which is considered to be the initial population size, where $x_3$ [li; default: 1] is a positive real number, according to standard/under condition/by model/in experiment $x_4$; $x_1$ is the $(x_3^{(-1)})$-th-life of population/sample $x_2$; the (approximate) one-$x_3$-th-ing/$(x_3)$-fold decrease(/increase) of population $x_2$ takes approximately $x_1$ (time).
11,11d10
< 		Word: half-life, In Sense: generalized
\n12a12,14
\n> 		Word: half-life, In Sense: generalized
> 		Word: n-fold change time, In Sense: 
> 		Word: nth-life, In Sense: 
15,15d16
< 		Word: nth-life, In Sense: 
\n17,17d17
< 		Word: n-fold change time, In Sense: 
\n

Old Data:

	Definition:
		$x_1 = t_1$ is the elapsed time required for decaying/diminishing/reducing/shrinking population $x_2 = g_1$ to decrease in number by exactly/approximately $1/(x_3)$ from that which is considered to be the initial population size, where $x_3$ [li; default: 1] is a positive real number, according to standard/under condition/by model/in experiment $x_4$; $x_1$ is the $(x_3^{(-1)})$-th-life of population/sample $x_2$; the (approximate) one-$x_3$-th-ing/$(x_3)$-fold decrease(/increase) of population $x_2$ takes approximately $x_1$ (time).

	Notes:
		The experimental gismu {xonba} is used in the veljvo of this word. Many of the veljvo terbri of this word can be derived from those which are present. This word may refer to a duration that is statistical (for large samples, the average time required for half of the population to probably disappear/become invalid), ideal (guaranteed rather than statistical), or experimental (in a given trial, some number was recorded on a stopwatch when the count decreased by half). This word is analogous not only to half-life (and means it exactly if $x_3$ is filled by $2$) but also to doubling time (and means it exactly if $x_3$ is filled by $1/2$). See also: {grixabybi'otei}, {gritezdybi'otei}.

	Jargon:
		

	Gloss Keywords:
		Word: half-life, In Sense: generalized
		Word: doubling time, In Sense: 
		Word: one-nth-life, In Sense: 
		Word: one-third-life, In Sense: generalized
		Word: nth-life, In Sense: 
		Word: tripling time, In Sense: generalized
		Word: n-fold change time, In Sense: 

	Place Keywords:


New Data:

	Definition:
		$x_1 = t_1$ is the elapsed time required for decaying/diminishing/reducing/shrinking population $x_2 = g_1$ to decrease in number by a factor of exactly/approximately $1/(x_3)$ from that which is considered to be the initial population size, where $x_3$ [li; default: 1] is a positive real number, according to standard/under condition/by model/in experiment $x_4$; $x_1$ is the $(x_3^{(-1)})$-th-life of population/sample $x_2$; the (approximate) one-$x_3$-th-ing/$(x_3)$-fold decrease(/increase) of population $x_2$ takes approximately $x_1$ (time).

	Notes:
		The experimental gismu {xonba} is used in the veljvo of this word. Many of the veljvo terbri of this word can be derived from those which are present. This word may refer to a duration that is statistical (for large samples, the average time required for half of the population to probably disappear/become invalid), ideal (guaranteed rather than statistical), or experimental (in a given trial, some number was recorded on a stopwatch when the count decreased by half). This word is analogous not only to half-life (and means it exactly if $x_3$ is filled by $2$) but also to doubling time (and means it exactly if $x_3$ is filled by $1/2$). See also: {grixabybi'otei}, {gritezdybi'otei}.

	Jargon:
		

	Gloss Keywords:
		Word: doubling time, In Sense: 
		Word: half-life, In Sense: generalized
		Word: n-fold change time, In Sense: 
		Word: nth-life, In Sense: 
		Word: one-nth-life, In Sense: 
		Word: one-third-life, In Sense: generalized
		Word: tripling time, In Sense: generalized

	Place Keywords:


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