Adjective

(er)

Pertaining to, or proceeding from, the heart; warm; cordial; bold; zealous; sincere; willing; also, energetic; active; eager.

* (rfdate) (w)

Full of hearty tears For our good father's loss.

*

, title=(The Celebrity), chapter=5 , passage=Then we relapsed into a discomfited silence, and wished we were anywhere else. But Miss Thorn relieved the situation by laughing aloud, and with such a hearty enjoyment that instead of getting angry and more mortified we began to laugh ourselves, and instantly felt better.}}

*{{quote-book, year=1922, author=(Ben Travers), title=(A Cuckoo in the Nest)

, chapter=1 citation , passage=“[…] the awfully hearty sort of Christmas cards that people do send to other people that they don't know at all well. You know. The kind that have mottoes like
  Here's rattling good luck and roaring good cheer, / With lashings of food and great hogsheads of beer. […]”}}

Exhibiting strength; sound; healthy; firm; not weak.

Promoting strength; nourishing; rich; abundant.

Adjective

(en-adj)

With all parts included; with nothing missing; full.

* {{quote-magazine, year=2012, month=March-April

, author= , title=Well-connected Brains , volume=100, issue=2, page=171 , magazine=(American Scientist) citation , passage=Creating a complete map of the human connectome would therefore be a monumental milestone but not the end of the journey to understanding how our brains work.}}

Finished; ended; concluded; completed.

*

, title=(The Celebrity), chapter=5 , passage=In the eyes of Mr. Farquhar Fenelon Cooke the apotheosis of the Celebrity was complete . The people of Asquith were not only willing to attend the house-warming, but had been worked up to the pitch of eagerness. The Celebrity as a matter of course was master of ceremonies.}}

(Generic intensifier).

(analysis, Of a metric space) in which every Cauchy sequence converges.

(algebra, Of a lattice) in which every set with a lower bound has a greatest lower bound.

(math, Of a category) in which all small limits exist.

(logic, of a proof system of a formal system)   With respect to a given semantics, that any well-formed formula which is (semantically) valid must also be provable.Sainsbury, Mark [2001] Logical Forms : An Introduction to Philosophical Logic . Blackwell Publishing, Hong Kong (2010), p. 358.

* Gödel's first incompleteness theorem showed that Principia'' could not be both consistent and complete. According to the theorem, for every sufficiently powerful logical system (such as ''Principia''), there exists a statement ''G'' that essentially reads, "The statement ''G'' cannot be proved." Such a statement is a sort of Catch-22: if ''G'' is provable, then it is false, and the system is therefore inconsistent; and if ''G is not provable, then it is true, and the system is therefore incomplete.^(w)