# b zei p zei f zei k zei-lujvo

x1 (mass) is a language planning committee with task/purpose x2 of body x3

## On affix form:

zekri
x1 (event/state) is a punishable crime/[taboo/sin] to people/culture/judges/jury x2.

## In definition:

ju'u
binary mathematical operator: number base; [a interpreted in the base b].
pa'i
binary mathematical operator: ratio; [the ratio of a to b].
pi'i
n-ary mathematical operator: times; multiplication operator; [(((a * b) * c) * ...)].
ri'o
trinary mathematical operator: [integral of a with respect to b over range c].
sa'o
trinary mathematical operator: [derivative of a with respect to b of degree c].
si'i
trinary mathematical operator: [sigma summation of a using variable b over range c].
su'i
n-ary mathematical operator: plus; addition operator; [(((a + b) + c) + ...)].
te'a
binary mathematical operator: to the power; exponential; [a to the b power].
vu'u
n-ary mathematical operator: minus; subtraction operator; [(((a - b) - c) - ...)].
su'ifa'uvu'u
mekso operator: plus or minus with order important, (((a±b)±c)±...±z)
su'ijavu'u
mekso operator: plus or minus, (((a±b)±c)±...±z)
ca'o'e
mekso 4-nary operator: spherical harmonics on colatitudinal/polar angle a and azimuthal/longitudinal angle b of unassociated order c and associated order d.
cu'ai
binary mathematical operator: vector norm/magnitude of vector a in structure (normed vector space) b
de'au'u
mekso ternary operator: positive super-logarithm; the super-logarithm (inverse operator of hyper-operator with respect to "height" of power tower) of a with base b and of order c-2.
dei'au'o
mekso binary operator: Lambert product-log W function; W(a, b)
di'ei'o'au
mathematical ternary operator: Dirichlet convolution (a×b)(c)
du'ei
mekso binary operator: left-handed vectorial cross product (ordered input), -a \times b = b \times a (if using right-hand convention - notice the negative sign/operator or order).
fai'u
digit/number: phi, the "golden ratio" (approx. = 1.6180...); the ratio a/b such that it equals (a+b)/a
fe'au'u
mekso ternary operator: positive super-root; the bth super-root (inverse operator of hyper-operator with respect to base) of a of order c-2.
fe'ei
binary mekso operator: divided by (fraction): a/(b...)
fei'i
mekso variable arity (at most ternary) operator: number of prime divisors of number A, counting with or without multiplicity according to the value B (1 or 0 respectively), in structure C
gau'a
mekso (no-more-than-4-ary) operator: Gaussian function f(x, a, b, c) = c e-((x-a).
je'e'e
mekso operator: assoviated Legendre polynomial in a with unassociated order b and associated order c
ji'i'u
mekso at-most-4-ary operator: a rounding function; ordered input list is (x,n,m,t) and the output is b(-t) × round(bt × x), with rounding preference n and where the fractional part of bt × x being 1/2 causes the function to map bt × x to the nearest integer of form 2Z+m, for base b and an integer Z determined by context
kei'au
mekso operator: finite result set derived from/on set A with/due to operator/function B under ordering of application C
ku'au'a
mekso (n+1)-ary operator: q-analog converter - the ath analog of b (quoted operator) applied to operands c, d, ...
mu'ai'au
mathematical/logical/mekso ternary operator: μ (mu) operator: outputs the most extreme extended-natural number that satisfies relationship/predicate A, where extremeness is bounded by B and of a version determined by C; error output is -1
no'au'au
mathematical/mekso binary operator: the zero/identity-element/(primitive (-))constant operator; outputs the identity-element of structure A (contextless default: the additive group of integers) regardless of the input value of B (except blank or ill-defined values)
pau'ei
mekso operator: power set - produces the set of all subsets of set A that are of (any) size (that is) b [a nonnegative integer or transfinite/infinite number]
pi'ei
mathematical/mekso binary operator: vector or function inner product over a field; the inner product of A and B over field C
ru'ei
n-ary operator: n-ary magma/group/ring operator a*b = ab`
su'i'o
mekso unary or binary operator: ordered inputs (n, b) where n and b are nonnegative integers and b > 1; output is the ultimate digital root of n in base-b.
te'au'u
mekso ternary operator: Knuth up-arrow notation: a \uparrow \dots \uparrow b of order/with c-2 arrows ("\uparrow") initially, evaluated from right to left; the cth hyperoperator on a by b.
te'i'ai
6-ary mekso/mathematical operator: Heaviside function/step/Theta function of a, of order b, in structure c, using distribution d, within approximated limit e, with value f_b at 0
to'ei'au
binary mathematical operator: Jordan totient function Ja(b)
vo'au'u
quaternary mathematical operator: (left) convolution (a★b)(c) in structure d
xa'ai
mekso operator: the bth branch of the (possibly multivalued) function a
za'ei
mekso binary operator: right-handed vectorial cross product (ordered input), a×b
banpu'e'o
x1 is the language with ISO 639-3 code “peo” (Old Persian (ca. 600-400 B.C.)).
bantuxubu
x1 is the language with ISO 639-3 code “txb” (Tokharian B).
banxulubu
x1 is the language with ISO 639-3 code “xlb” (Loup B).
dansrbreiki
d1 (individual, mass) is breaking/b-boying/b-girling/breakdances to accompaniment/music/rhythm d2.
jicmrboro
x1 is a quantity of/contains/is made of boron [B]
klanrtesla
g1 is g2 tesla(s) of magnetic field B (default is 1) by standard g3.
utkaje
x1 and x2 are path-linked by directed binary predicate x3 (ka) via intermediate steps x4 (ordered list; ce'o), such that both (A) no other node exists in the graph (x5) to which x2 is connected in the same way/direction and (B) no other node exists in the graph (x5) to which x1 is connected in the opposite/symmetric way/direction.
xumrbura
x1 is an instance of boron (B) with purity x3.
jbobau zei po'o zei pulji
x1 is the "J B O B A U P O h O" police.
cia'o'e
mekso 4-nary operator: spherical harmonics on colatitudinal/polar angle a and azimuthal/longitudinal angle b of unassociated order c and associated order d.
xua'ai
mekso operator: the bth branch of the (possibly multivalued) function a

## In notes:

takni
x1 is a binary relationship which is transitive in space/under conditions/on set x2.
bi'ei
number/digit: 2(2×5/3) = 8×(2(1/3)).
ci'o'au
mekso operator (binary): projection function; the Bth term/entry ("element") of tuple A
da'a'au
mekso operatory: prime mark append
fi'au
mekso operator: continued fraction, Kettenbruch notation; for ordered input (X1, X, where: X1 is an ordered pair of functions and X2 is a free or dummy variable/input/index which ranges through set X3 in order(ing) X4, the result is K(X for Kettenbruch notation K.
gu'ai
binary operator: left group action g.x
ku'ai
ku'i modal: in contrast to...
moi'u
x1 is (n)th member of alphabet/set x2 ordered by rule x3, where the count begins at x4.
pi'ei'au
mathematical ternary operator: not-greater-prime-counting function
pi'ei'oi
mathematical ternary operator: prime-generating function
rai'o
Quote conversion: the quotation as presented uses pro-sumti and pro-bridi as if the current utterer (not the original utterer) were saying it, but the meaning conveyed is identical to that of the actual quotation by the original utterer and there is a claim that this meaning was expressed elsewhere
se'u'o
selbri conversion question
almu
x1 (quoted text) is a fragment/incomplete statement/question/utterance/proposition/text with intended meaning x2 in the context/under conditions x3 (default: the currently relevant context)
cnanxero
x1 s the Heronian mean of the elements of the ordered multiset/list x2.
jarnezi
x1 is a part of Lojban text representing rule 'text' according to the first edition of the book 'The Complete Lojban Language'.
krotene
x1 is a rational number obtained by dividing x2 (integer) by x3 (non-zero integer)
seplrcnite
x1 is a Dedekind cut associated with number/point x2 of totally ordered set x3
utka
x1 and x2 are path-linked by binary predicate x3 (ka) via intermediate steps x4 (ce'o; (ordered) list).
utka'au
x1 and x2 are path-linked by binary predicate x3 (ka; possibly non-symmetric/non-commutative) via a from-x1-to-x2-directed graph geodesic of length x4 (li; nonnegative integer or positive infinity).
vendaia
x1 (set) is the unique region/part in the Venn diagram of sets x2 (set of sets; exhaustive) such that each of its (i.e.: x1's) members is a member of exactly each of the explicitly-mentioned elements of x3 (set of sets; subset of x2; exhaustive) and of no other elements of x2.
l zei l zei g
x1 is a logical language group/cluster/team showing common property (ka) x2 due to set x3 (a specification of the complete membership) linked by relations x4