x_{1} is exactly/approximately 1/e^(x_{2)}-th
of x_{3} by standard x_{4}, where e is the natural exponential base; x_{1} is x_{2} [li; default: 1] e-fold decreases in x_{3}; x_{1} is a portion of x_{3} apportioned by a factor of the (x_{2)}-th power of 1/e

If x_{2} is positive, then the result is an e-fold decrease occurring that many times; if x_{2} is negative, then the result is an e-fold increase occurring that many times. Modeled on "xadba". See also: "xonba" (this word is equivalent to "xonba be li te'o te'a x_{2}").

- gritezdybi'otei
- 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/e^(x_{3)}from that which is considered to be the initial population size, where e is the natural exponential base and x_{3}[li; default: 1] is a real number, according to standard/under condition/by model/in experiment x_{4}; x_{1}is the one-(e^(x_{3))}-th-life of population/sample x_{2}; the (approximate) (x_{3)}-th one-e-th-ing/e-fold decrease(/increase) of population x_{2}takes approximately x_{1}(time). - xonba
- x
_{1}is exactly/approximately (1/x_{2)}-th-portion [li] of x_{3}by standard x_{4}.