Sharon G. Flake

Sharon G. Flake (born December 24, 1955) is an American writer of young adult literature. She has lived in Pittsburgh, Pennsylvania, with her daughter for many years. She is a graduate of the University of Pittsburgh with a BA in English.

Her debut novel The Skin I'm In (1998) follows a young African American girl who has issues with people teasing her about the color of her skin and the way she dresses. She tries her best to fit in but it doesn't go too well. She learns that trying to fit in is not the best way to make people like you. Her works have won numerous awards. The Skin I'm In won the John Steptoe Award for New Talent in 1999 for new authors and garnered positive feedback from Booklist and School Library Journal. She has been a runner-up for two Coretta Scott King Awards.

Flake was born in Philadelphia. She is the second youngest child, with three brothers and two sisters, and grew up in an inner-city neighborhood. Her father worked for Philadelphia Gas Co., while her mother did days work and raised her children. Through their guidance, Flake and her siblings were encouraged to be themselves, learning about culture through music, TV, politics, and books. As a teenager, she attended Simon Gratz High School, where she was a member of the tennis team.She wrote many books.

Bang (Rye Rye song)

"Bang" is a song and single by rapper/dancer Rye Rye featuring M.I.A.. It was recorded in 2008 and appears on the deluxe version of her 2012 album Go! Pop! Bang!. It was released in 2009 on N.E.E.T. Recordings and Interscope Records. The single was released first, followed by an EP of remixes, Bang – The Remixes, which includes remixes by Buraka Som Sistema and DJ Sega. The song appears in the films Fast & Furious and Step Up 3D and in the episode "The Sorkin Notes" of the TV-series Entourage.

Music video

The video features Rye Rye, M.I.A. and several Baltimore club dancers including Whyte Boi dancing in a dark, messy underground club setting. The video was directed by M.I.A. in Baltimore.

Tracklistings and formats

"Bang (feat. M.I.A.)" CD EP

"Bang (feat. M.I.A.) - Single"

"Bang (The Remixes) [feat. M.I.A.] - EP"

Nightmare of You

Nightmare of You is an American indie-rock band from New York City. Formed in 2004, the band currently consists of original founder vocalist Brandon Reilly, guitarist Joseph McCaffrey, and drummer Michael Fleischmann.

They have toured the US, and the UK both as a headline act and in support of other artists including AFI, Fall Out Boy, She Wants Revenge, Brand New, The (International) Noise Conspiracy, and Circa Survive. They have previously been nominated for mtvU Woodie awards for Best Tour and Most Downloaded. In April 2006, they were the winners of Yahoo! Music's "Who's Next?" competition. Past winners include My Chemical Romance, Coheed and Cambria, and Hinder.

History

Brandon Reilly was originally a member of the now defunct band The Rookie Lot, alongside current members of Brand New; Jesse Lacey, Garrett Tierney and Brian Lane. After the band parted ways, he became the guitarist of The Movielife and then eventually formed Nightmare of You.

The band originally self-released their debut album on their own label, The Bevonshire Label. They licensed it to East West Records in the US and Full Time Hobby in the UK. Three singles, with accompanying music videos, were released from the self-titled album. The singles included "My Name Is Trouble", "The Days Go by Oh So Slow" and "I Want to Be Buried in Your Backyard". All three videos were featured on the Fuse TV shows Steven's Untitled Rock Show and Oven Fresh. Another song from the album, "Dear Scene, I Wish I Were Deaf", was also featured in the EA Sports video game, FIFA 07.

Shake (Sam Cooke song)

"Shake" is a song written and recorded by Sam Cooke It was recorded at the last recording session Cooke had before his death in December 1964. In the U.S., the song became a posthumous Top 10 hit for Cooke, peaking at #7 in February, 1965.

The song was also recorded by Eric Burdon and The Animals, Otis Redding, Ike and Tina Turner, Rod Stewart and The Supremes (album: We Remember Sam Cooke). Redding's version was elected to the "500 Songs that Shaped Rock and Roll " by the Rock and Roll Hall of Fame and Museum.

In 1966, the British TV show Ready Steady Goes Live (the live version of Ready Steady Go!), devoted a whole programme to a live performance by Redding, who regularly covered many of Cooke's songs. One of the highlights was a version of "Shake" on which Redding was joined by Eric Burdon and Chris Farlowe.

The song was covered by the Small Faces. It was a prominent part of their early live repertoire and featured as the opening track on their debut album Small Faces, and re-released on the Decca Anthology collection.

Victoria Justice discography

The discography of American singer Victoria Justice consists of four soundtrack albums, nine singles, three promotional singles, nine music videos and one other album appearance.

Soundtrack albums

Singles

As main artist

Promotional singles

Other appearances

Music videos

Notes

References

Constraint algorithm

In computational chemistry, a constraint algorithm is a method for satisfying a Newtonian motion of a rigid which consists of mass points. By this algorithm, the distance between mass points is maintained constant. In general, the algorithm is constructed by following procedures; (i) choosing novel unconstrained coordinates (internal coordinates), (ii) introducing explicit constraint forces, (iii) minimizing constraint forces implicitly by the technique of Lagrange multipliers or projection methods.

Constraint algorithms are often applied to molecular dynamics simulations. Although such simulations are sometimes performed using internal coordinates that automatically satisfy the bond-length, bond-angle and torsion-angle constraints, simulations may also be performed using explicit or implicit constraint forces for these three constraints. However, explicit constraint forces give a cause of the inefficient computation; more computational power is required to get a trajectory of a given length. Therefore, internal coordinates and implicit-force constraint solvers are generally preferred.