Search results
Results from the WOW.Com Content Network
Marlo Stanfield is a fictional character on the HBO television drama The Wire, played by actor Jamie Hector.Stanfield is a young, ambitious, intelligent and ruthless gangster and head of the eponymous Stanfield Organization in the Baltimore drug trade.
The following is a listing of fictional characters from the HBO series, The Wire.Note that some characters' allegiances or positions may have changed over time; and, although the series has ended, the placement below is generally meant to reflect their most recent situation.
Rift (previously known as Rift: Planes of Telara, and as Heroes of Telara during alpha testing) is a fantasy free-to-play massively multiplayer online role-playing game developed by Trion Worlds. Rift takes place within the fantasy world of Telara. Two competing factions, composed of a selection of races and classes, battle each other and the ...
Omar Little is a legendary Baltimore stick-up thief and Robin Hood character, who steals from drug dealers while whistling, "A Hunting We Will Go". (Sometimes, the tune is characterized as "The Farmer in the Dell", as in season 1, episode 5 - "The Pager", when he concludes with, "the cheese stands alone". [1])
Discover the latest breaking news in the U.S. and around the world — politics, weather, entertainment, lifestyle, finance, sports and much more.
Michael Lee is a fictional character on the HBO drama The Wire, played by Tristan Wilds. He is a middle school pupil and a friend of Namond Brice, Randy Wagstaff, and Duquan "Dukie" Weems. More soft-spoken and composed than his friends, Michael takes on a leadership role among his peers.
The detail becomes aware of the rift between D'Angelo and his family and moves to interview him. Avon, Stringer, and Levy conclude from the high number of arrests that they must have been subjected to a wiretap. Stringer suggests bailing out many of their people to avoid making enemies, while Levy is in favor of a structured plea where they ...
The formula for evaluating the drift velocity of charge carriers in a material of constant cross-sectional area is given by: [1] =, where u is the drift velocity of electrons, j is the current density flowing through the material, n is the charge-carrier number density, and q is the charge on the charge-carrier.