Sliding

Sliding may refer to:

  • Sliding (dance), also floating or gliding, a group of footwork-oriented dance techniques
  • Slide (baseball), an attempt by a baseball runner to avoid getting tagged out
  • Slide (disambiguation)
  • Slideling

    Slideling is the third solo album by British singer-songwriter Ian McCulloch and was released in 2003. The album features guest appearances by Coldplay singer Chris Martin, who provides backing vocals and piano on "Sliding" as well as piano on "Arthur"; Coldplay lead guitarist Jonny Buckland, who plays guitar on "Sliding" and "Arthur"; and actor John Simm, who plays guitar on "Sliding".

    Track listing

  • "Love in Veins" – 3:25
  • "Playgrounds and City Parks" – 3:17
  • "Sliding" – 3:37
  • "Baby Hold On" – 3:52
  • "Arthur" – 3:39
  • "Seasons" – 4:10
  • "Another Train" – 3:58
  • "High Wires" – 4:14
  • "She Sings (All My Life)" – 3:12
  • "Kansas" – 4:41
  • "Stake Your Claim" – 4:05
  • Personnel

  • Ian McCullochvocals, rhythm guitar, producer
  • Peter Byrne – lead guitar
  • Peter Wilkinsonbass, backing vocals
  • Ceri Jamespiano, keyboards
  • Simon Finley – drums
  • Ian Bracken – cello
  • Barriemore Barlowpercussion
  • Malcolm Johnston – viola
  • Kate Evans – violin
  • Martin Richardson – violin
  • Chris Martin – backing vocals ("Sliding" and "Arthur"), piano ("Arthur")
  • Sliding (motion)

    Sliding is a type of frictional motion between two surfaces in contact. This can be contrasted to rolling motion. Both types of motion may occur in bearings.

    The relative motion or tendency toward such motion between two surfaces is resisted by friction. Friction may damage or 'wear' the surfaces in contact. However, wear can be reduced by lubrication. The science and technology of friction, lubrication, and wear is known as tribology

    Sliding may occur between two objects of arbitrary shape, whereas rolling friction is the frictional force associated with the rotational movement of a somewhat disclike or other circular object along a surface. Generally the frictional force of rolling friction is less than that associated with sliding kinetic friction. Typical values for the coefficient of rolling friction are less than that of sliding friction. Correspondingly sliding friction typically produces greater sound and thermal bi-products. One of the most common examples of sliding friction is the movement of braking motor vehicle tires on a roadway, a process which generates considerable heat and sound, and is typically taken into account in assessing the magnitude of roadway noise pollution.

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