GILLYFLOWER n.
gillyflower, the ragged robin (Lychnis Flos-cuculi). -- Queen's, or Winter, gillyflower, damewort. -- Sea gillyflower, the thrift (Armeria vulgaris). -- Wall gillyflower, the wallflower (Cheiranthus Cheiri). -- Water gillyflower, the water violet.
GROUND n.
c., thrown into the water to collect the fish, Wallon. -- Ground bass or base (Mus.), fundamental base; a fundamental base continually repeated to a varied melody. -- Ground beetle (Zoöl.), one of numerous species of carnivorous beetles of the family Carabidæ, living mostly in burrows or under stones, etc. -- Ground…
HARD a.
d stratum of earth lying beneath the soil; hence, figuratively, the firm, substantial, fundamental part or quality of anything; as, the hard pan of character, of a matter in dispute, etc. See Pan. -- Hard rubber. See under Rubber. -- Hard solder. See under Solder. -- Hard water, water, which contains lime or some mi…
HERESY n.
lack of orthodox or sound belief; rejection of, or erroneous belief in regard to, some fundamental religious doctrine or truth; heterodoxy. Doubts 'mongst divines, and difference of texts, From whence arise diversity of sects, And hateful heresies by God abhor'd. Spenser. Deluded people! that do not consider that the g…
HOMOLOGY n.
y (Biol.), the higher relation which a series of parts, or a single part, bears to the fundamental or general type on which the group is constituted. Owen. -- Serial homology (Biol.), representative or repetitive relation in the segments of the same organism, -- as in the lobster, where the parts follow each other in…
INCH n.
A small distance or degree, whether or time Beldame, I think we watched you at an inch. Shak. By inches, by slow degrees, gradually. -- Inch of candle. See under Candle. -- Inches of pressure, usually, the pressure indicated by so many inches of a mercury column, as on a steam gauge. -- Inch of water. See under Wate…
LAW n.
e presence of a court. [Obs.] See Wager of law, under Wager. Avogadro's law (Chem.), a fundamental conception, according to which, under similar conditions of temperature and pressure, all gases and vapors contain in the same volume the same number of ultimate molecules; -- so named after Avogadro, an Italian scientist…