Get Busy

"Get Busy" is a 2003 dancehall song by Jamaican dancehall reggae toaster Sean Paul, from his album Dutty Rock. The song was one of the many hits from the jumpy handclap riddim known as the Diwali Riddim, produced by then-newcomer Steven "Lenky" Marsden, and was the only song that never made the "Diwali" rhythm album on Greensleeves Records as it was more than likely a late entry.

Paul described it as "...mainly a party song. It's not all about smoking weed." "Get Busy" topped the Billboard Hot 100 for three weeks from 10 May 2003, preceded by "In Da Club" by 50 Cent and replaced by "21 Questions" by 50 Cent featuring Nate Dogg. It was performed live on Saturday Night Live in May 2003.

Remix

The official remix, "Get Busy (Clap Your Hands Now Remix)", features rapper Fatman Scoop and The Crooklyn Clan, the remix uses the instrumental of Sean Paul's previous single,"Gimme the Light", on the near end of the song.

Music video

The video for "Get Busy" (directed by Little X) was shot in Woodbridge, Ontario, and released in February 2003. The video was also nominated for two MTV Video Music Awards for Best Dance Video and Best New Artist in 2003. At the end of the video Paul's brother Jason introduces a song, noting it as a brand new single, and Paul then sings part of "Like Glue". Kardinal Offishall makes a cameo appearance in the video.

Mr. Lee (rapper)

Mr. Lee (born Leroy Haggard Jr. in 1968), sometimes credited as Lee Haggard or Mr. Lee & Kompany, is an American DJ, producer and hip-house rapper from Chicago, Illinois. He is known in the Chicago house music scene as one of the pioneers who brought hip hop to the genre, which would later be coined as hip house.

Mr. Lee charted three times on the Billboard Hot Dance Music/Club Play chart with "Get Busy" (#2, 1989), "Pump That Body" (#1, 1990) and "Get Off" (#32, 1992). His tracks "Pump Up London" (#64, 1988) and "Get Busy" (#41, 1989) featured in the UK Singles Chart. Mr. Lee released two albums, Get Busy in 1990 and I Wanna Rock Right Now in 1992.

Discography

Albums

Singles

See also

References

OP

OP, O.P., Op, or Op. may refer to:

Arts

Internet and gaming

Mathematics

Organizations

Dominican Order

The Order of Preachers (Latin: Ordo Praedicatorum, hence the abbreviation OP used by members), more commonly known after the 15th century as the Dominican Order or Dominicans, is a Roman Catholic religious order founded by the Spanish priest Saint Dominic de Guzman in France and approved by Pope Honorius III (1216–27) on 22 December 1216. Membership in this "mendicant" Order includes friars, nuns, active sisters, and lay or secular Dominicans (formerly known as tertiaries, though recently there has been a growing number of Associates, who are unrelated to the tertiaries) affiliated with the Order.

Founded to preach the Gospel and to combat heresy, the teaching activity of the order and its scholastic organization placed the Preachers in the forefront of the intellectual life of the Middle Ages. The order is famed for its intellectual tradition, having produced many leading theologians and philosophers. The Dominican Order is headed by the Master of the Order, who is currently Bruno Cadoré. Members of the order generally carry the letters O.P., standing for Ordinis Praedicatorum, meaning of the Order of Preachers, after their names.

Phosphorus pentoxide

Phosphorus pentoxide is a chemical compound with molecular formula P₄O₁₀ (with its common name derived from its empirical formula, P₂O₅). This white crystalline solid is the anhydride of phosphoric acid. It is a powerful desiccant and dehydrating agent.

Structure

Phosphorus pentoxide crystallizes in at least four forms or polymorphs. The most familiar one, a metastable form, shown in the figure, comprises molecules of P₄O₁₀. Weak van der Waals forces hold these molecules together in a hexagonal lattice (However, in spite of the high symmetry of the molecules, the crystal packing is not a close packing). The structure of the P₄O₁₀ cage is reminiscent of adamantane with T_dsymmetry point group. It is closely related to the corresponding anhydride of phosphorous acid, P₄O₆. The latter lacks terminal oxo groups. Its density is 2.30 g/cm³. It boils at 423 °C under atmospheric pressure; if heated more rapidly it can sublimate. This form can be made by condensing the vapor of phosphorus pentoxide rapidly, the result is an extremely hygroscopic solid.