| COUNTERPOWER | • counterpower n. A political or other kind of power capable of challenging and potentially removing the power of another. • COUNTERPOWER n. a power opposed to another power. |
| COUNTERPOWERS | • counterpowers n. Plural of counterpower. • COUNTERPOWER n. a power opposed to another power. |
| DOWNSPOUT | • downspout n. A vertical pipe or conduit that carries rainwater from the scupper, guttering of a building to a lower… • DOWNSPOUT n. (US) a drainpipe. |
| DOWNSPOUTS | • downspouts n. Plural of downspout. • DOWNSPOUT n. (US) a drainpipe. |
| OUTPOWER | • outpower v. (Transitive) To surpass in power. • OUTPOWER v. to surpass in power. |
| OUTPOWERED | • outpowered v. Simple past tense and past participle of outpower. • OUTPOWER v. to surpass in power. |
| OUTPOWERING | • outpowering v. Present participle of outpower. • OUTPOWER v. to surpass in power. |
| OUTPOWERS | • outpowers v. Third-person singular simple present indicative form of outpower. • OUTPOWER v. to surpass in power. |
| OWERLOUPIT | • OWERLOUP v. (Scots) to leap over, also OVERLEAP. |
| TULIPWOOD | • tulipwood n. The striped, variegated wood of the tulip tree. • TULIPWOOD n. the beautiful rose-colored striped wood of a Brazilian tree, much used by cabinetmakers for inlaying. |
| TULIPWOODS | • tulipwoods n. Plural of tulipwood. • TULIPWOOD n. the beautiful rose-colored striped wood of a Brazilian tree, much used by cabinetmakers for inlaying. |
| WOODBURYTYPE | • Woodburytype n. (Uncountable) A photomechanical printing process in which a relief pattern in gelatin is hardened and… • Woodburytype n. (Countable) A print of this kind. • WOODBURYTYPE n. (tradename) a photomechanical process in which an exposed and developed bichromated film is forced into a metal plate by great pressure, and so forms a matrix for subsequent printing. |
| WOODBURYTYPES | • Woodburytypes n. Plural of Woodburytype. • WOODBURYTYPE n. (tradename) a photomechanical process in which an exposed and developed bichromated film is forced into a metal plate by great pressure, and so forms a matrix for subsequent printing. |