Stand (Jewel song)

"Stand" is a song by American pop singer–songwriter Jewel from her fourth studio album, 0304 (2003). Written and produced by Jewel and Lester Mendez, and released as the album's second single in October 2003 in the United States and later on internationally, the single failed to chart on the Billboard Hot 100. It reached number sixteen on the Hot 100 Singles Sales chart, and also became Jewel's third consecutive chart-topper on the Hot Dance Club Play.

Background and writing

"Stand" was written and produced by Kilcher and Lester Mendez.

Critical reception

Todd Burns from Stylus Magazine wrote that "It is a strong first song and while the lyrics are vaguely suspect, they can be ignored in favor of the driving beat."

Commercial release

The single edit saw no alteration from its original version. However, it was listed as Single Mix on some promotional singles, which is no different from the album version.

"Stand" was released in two formats in the U.S.; the CD single contains "Stand" and the 0304 trumpet-driven track "Leave the Lights On" as a coupling track, while the CD maxi single contains the song's club mixes. Both singles contained two different covers. International singles received the title track and some club mixes for its final release.

Stand (drill pipe)

A stand (of drill pipe) is two or three joints of drill pipe connected and stood in the derrick vertically, usually while tripping pipe. A stand of collars is similar, only made up of collars and a collar head. The collar head is screwed into the collar to allow it to be picked up by the elevators.

Stands are emplaced inside of the "board" of the drilling rig. They are usually kept between "fingers". Most boards will allow stands to go ten stands deep and as much as fifty stands wide on land based rigs. The stands are further held in place using ropes in the board which are tied in a shoe knot by the derrickman.

Stands are emplaced on the floor of the drilling rig by the chain hand. When stands are being put onto the floor the chainhand is said to be "racking stands". After the bottom of the stand is placed on the floor, the derrickman will unlatch the elevators and pull the stand in either with a rope or with just his arms. When stands are being put back into the hole, the derickman will slam the stand into the elevators to force them to latch. The chainhand will brace against the stand to control it when the driller picks it up. This is referred to as "tailing the pipe" as the chain hand will hold the pipe and allow it to semi-drag them back to the hole. The chain hand then passes it off to the tong hand, who then "stabs" the stand into the pipe already in the hole.

Stand (Poison song)

"Stand" is a song by American Hard rock band Poison, it was the 1st single from their 1993 Native Tongue album. The song reached number 15 on the Mainstream rock chart, #35 on the top 40 mainstream chart and #50 on the Billboard Hot 100. The song also charted at number 25 on the UK Singles chart, it was also the first Poison single and music video to feature lead guitarist Richie Kotzen. The song is in the similar musical vein as the bands US Billboard #1 single "Every Rose Has Its Thorn", in that it has a country rock vibe, except this song isn't a ballad and fuses elements of gospel music; "Stand" features the Los Angeles First A.M.E. Church Choir on backing vocals.

The single's B-side, When The Whip Comes Down, hasn't featured on any Poison album to date.

This is the only song released by the band not featuring the classic lineup that is still performed by the band in concert, however the song is performed relatively irregularly.

An acoustic version of the song appears as a bonus track on the Japanese release of Richie Kotzen's Acoustic Cuts. It features different lyrics and an additional verse.

Index

An index is an indirect shortcut derived from and pointing into a greater volume of values, data, information or knowledge. Index may refer to:

Business

Publishing

Database index

A database index is a data structure that improves the speed of data retrieval operations on a database table at the cost of additional writes and storage space to maintain the index data structure. Indexes are used to quickly locate data without having to search every row in a database table every time a database table is accessed. Indexes can be created using one or more columns of a database table, providing the basis for both rapid random lookups and efficient access of ordered records.

An index is a copy of select columns of data from a table that can be searched very efficiently that also includes a low-level disk block address or direct link to the complete row of data it was copied from. Some databases extend the power of indexing by letting developers create indices on functions or expressions. For example, an index could be created on upper(last_name), which would only store the upper case versions of the last_name field in the index. Another option sometimes supported is the use of partial indices, where index entries are created only for those records that satisfy some conditional expression. A further aspect of flexibility is to permit indexing on user-defined functions, as well as expressions formed from an assortment of built-in functions.

Index (statistics)

In statistics and research design, an index is a composite statistic – a measure of changes in a representative group of individual data points, or in other words, a compound measure that aggregates multiple indicators. Indexes summarize and rank specific observations.

Much data in the field of social sciences is represented in various indices such as Gender Gap Index, Human Development Index or the Dow Jones Industrial Average.

Item in indexes are usually weighted equally, unless there are some reasons against it (for example, if two items reflect essentially the same aspect of a variable, they could have a weight of 0.5 each).

Constructing the items involves four steps. First, items should be selected based on their face validity, unidimensionality, the degree of specificity in which a dimension is to be measured, and their amount of variance. Items should be empirically related to one another, which leads to the second step of examining their multivariate relationships. Third, indexes scores are designed, which involves determining their score ranges and weights for the items. Finally, indexes should be validateds, which involves testing whether they can predict indicators related to the measured variable not used in their construction.