# samplelujvo

x1 is computer paper from source x2 for computer/printer x3.

## On gloss:

mupli in sense "specimen"
x1 is an example/sample/specimen/instance/case/illustration of common property(s) x2 of set x3.
mupcpa in sense "take a sample of"
c1 takes a sample of c2=m2 from source/set c3=m3.

## In definition:

mo'e
convert sumti to mex operand; sample use in story arithmetic: [3 apples] + [3 apples] = what.
gritezdybi'otei
x1 = t1 is the elapsed time required for decaying/diminishing/reducing/shrinking population x2 = g1 to decrease in number by a factor of exactly/approximately 1/e^(x3) from that which is considered to be the initial population size, where e is the natural exponential base and x3 [li; default: 1] is a real number, according to standard/under condition/by model/in experiment x4; x1 is the one-(e^(x3))-th-life of population/sample x2; the (approximate) (x3)-th one-e-th-ing/e-fold decrease(/increase) of population x2 takes approximately x1 (time).
grixabybi'otei
x1 = t1 is the elapsed time required for decaying/diminishing/reducing/shrinking population x2 = g1 to decrease in number by a factor of exactly/approximately half according to standard/under condition/by model/in experiment x3; x1 is the half-life of population/sample x2; the (approximate) halving of population x2 takes approximately x1 (dimensionful number: time).
grixonbybi'otei
x1 = t1 is the elapsed time required for decaying/diminishing/reducing/shrinking population x2 = g1 to decrease in number by a factor of exactly/approximately 1/(x3) from that which is considered to be the initial population size, where x3 [li; default: 1] is a positive real number, according to standard/under condition/by model/in experiment x4; x1 is the (x3^(-1))-th-life of population/sample x2; the (approximate) one-x3-th-ing/(x3)-fold decrease(/increase) of population x2 takes approximately x1 (time).
daigno
x1 (ordered list) is a sampling of entries of matrix/tensor x2 in which exactly one entry is sampled from each row and/or column (etc.) between entries x3 (list; default: the largest 'square'/'hypercubic' sampling possible in the entire tensor starting with the first entry, see notes) inclusively following selection procedure/rule/function/order x4 (default: diagonally, see notes), where the tensor/matrix is expressed in basis/under conditions x5

## In notes:

rely'orsi
x1 is a sequence of 2 members: x2 and x3; x1 is an ordered pair of x2 and x3
sigma
x1 is the standard variation of/in data set/distribution x2; x1 is the quantified (in)accuracy of the results x2 given by some observation or measurement (procedure), calculated from/by standard x3