Women in WWE - Championships and accomplishments - Championship reigns

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Structured data parsed from Wikipedia. Championship reigns This chart lists every female wrestler who held more than one title in the company, including male contested titles. The list is in chronological order. The first woman on the list is Leilani Kai who won the WWF Women's Tag Team Championship and the WWF Women's Championship in 1985. The final woman is Asuka who won the NXT Women's Championship and the WWE SmackDown Women's Championship in 2016 and 2018, respectively. Charlotte Flair is the only Superstar to have won four women's championships in WWE history (NXT, Divas, Raw, and SmackDown). There are two titles under the name WWE Women's Championship. On September 18, 1956, The Fabulous Moolah became the inaugural WWF Women's Champion as recognized by WWE. The WWF Women's Championship is descended from the original NWA World Women's Championship of the National Wrestling Alliance (NWA), which is still active today. In 1983, the World Wrestling Federation (WWF, now WWE) disaffiliated with the NWA and recognized then NWA World Women's Champion The Fabulous Moolah as the promotion's Women's Champion. AJ Lee became the first woman to hold the FCW Divas Championship & the WWE Divas Championship &was the first woman ever to defend the Divas Championship at WrestleMania. Paige became the first female double champion when she won the WWE Divas Championship in her debut while also being the NXT Women's Champion in 2014. The second title was introduced on April 3, 2016 at WrestleMania 32 to replace the Divas Championship, with Charlotte Flair (at the time simply known as Charlotte) becoming the first WWE Women's Champion of the second title. In August 2016, the WWE created the SmackDown Women's Championship. Naomi became the first woman to hold the FCW Divas Championship & the SmackDown Women's Championship. As of the current WWE system, on April 30, 2017, Alexa Bliss became the first woman in the WWE to hold the women's titles on both brands of WWE.

Data Source : WIKIPEDIA
Number of Data columns : 13 Number of Data rows : 24
Categories : economy, demography, politics, knowledge

Dataset

Data row number Women WWF/WWE Women's Championship WWF Women's Tag Team Championship WWE Divas Championship WWE Raw Women's Championship WWE SmackDown Women's Championship WWE Women's Tag Team Championship NXT Women's Championship FCW Divas Championship Queen of FCW WWF/WWE Intercontinental Championship WWF/WWE Hardcore Championship WCW/WWE Cruiserweight Championship

Download the dataset to see the full list of 24 entries

Data Columns

Name Description Data Type
Women text
WWF/WWE Women's Championship text
WWF Women's Tag Team Championship text
WWE Divas Championship text
WWE Raw Women's Championship text
WWE SmackDown Women's Championship text
WWE Women's Tag Team Championship text
NXT Women's Championship text
FCW Divas Championship text
Queen of FCW text
WWF/WWE Intercontinental Championship text
WWF/WWE Hardcore Championship text
WCW/WWE Cruiserweight Championship text

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Structured data parsed from Wikipedia. Transfer rates CD ROM drives are rated with a speed factor relative to music CDs. If a CD ROM is read at the same rotational speed as an audio CD, the data transfer rate is 150 KiB/s, commonly called '1×'. At this data rate, the track moves along under the laser spot at about 1.2 m/s. To maintain this linear velocity as the optical head moves to different positions, the angular velocity is varied from 500 rpm at the inner edge to 200 rpm at the outer edge. The 1× speed rating for CD ROM (150 KiB/s) is different from the 1× speed rating for DVDs (1.32 MiB/s). By increasing the speed at which the disc is spun, data can be transferred at greater rates. For example, a CD ROM drive that can read at 8× speed spins the disc at 1600 to 4000 rpm, giving a linear velocity of 9.6 m/s and a transfer rate of 1200 KiB/s. 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However, improvements can still be obtained using multiple laser pickups as demonstrated by the Kenwood TrueX 72× which uses seven laser beams and a rotation speed of approximately 10×. The first 12× drive was released in late 1996. Above 12× speed, there are problems with vibration and heat. CAV drives give speeds up to 30× at the outer edge of the disc with the same rotational speed as a standard constant linear velocity (CLV) 12×, or 32× with a slight increase. However, due to the nature of CAV (linear speed at the inner edge is still only 12×, increasing smoothly in between) the actual throughput increase is less than 30/12: in fact, roughly 20× average for a completely full disc, and even less for a partially filled one. Problems with vibration, owing to limits on achievable symmetry and strength in mass produced media, mean that CD ROM drive speeds have not massively increased since the late 1990s. 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Other methods of improving read speed were trialled such as using multiple optical beams, increasing throughput up to 72× with a 10× spin speed, but along with other technologies like 90~99 minute recordable media and 'double density' recorders, their utility was nullified by the introduction of consumer DVD ROM drives capable of consistent 36× CD ROM speeds (4× DVD) or higher. Additionally, with a 700 MB CD ROM fully readable in under 2½ minutes at 52× CAV, increases in actual data transfer rate are decreasingly influential on overall effective drive speed when taken into consideration with other factors such as loading/unloading, media recognition, spin up/down and random seek times, making for much decreased returns on development investment. 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