Lee Ye-ra
Lee Ye-ra (Korean: 이예라, lit. 'Yi Ye-ra'; born 14 September 1987 in Kangwon-do) is a South Korean tennis player. Her highest singles ranking to date is World No. 178, achieved in September 2008. Her highest doubles ranking to date is World No. 215, achieved in February 2008. She has won ten ITF singles titles and eight ITF doubles titles.
Country (sports) | |
---|---|
Residence | Kangwon-do, South Korea |
Born | Gangwon-do, South Korea | September 14, 1987
Turned pro | 2004 |
Plays | Right-handed (two-handed backhand) |
Prize money | US$131,596 |
Singles | |
Career record | 235–142 |
Career titles | 0 WTA, 10 ITF |
Highest ranking | No. 178 (22 September 2008) |
Current ranking | No. 355 (10 September 2014) |
Grand Slam Singles results | |
Australian Open | Q2 (2008) |
Wimbledon | Q1 (2008) |
US Open | Q2 (2008) |
Doubles | |
Career record | 99 – 75 |
Career titles | 0 WTA, 8 ITF |
Highest ranking | No. 215 (11 February 2008) |
Current ranking | No. 499 (10 September 2014) |
Lee reached the second round of the 2013 KDB Korea Open defeating Daria Gavrilova in the first round before falling to Anastasia Pavlyuchenkova.
Playing for South Korea at the Fed Cup, Lee has a win–loss record of 12–11.
ITF Circuit finals
$100,000 tournaments |
$75,000 tournaments |
$50,000 tournaments |
$25,000 tournaments |
$10,000 tournaments |
Singles finals: 14 (10–4)
Outcome | No. | Date | Tournament | Surface | Opponent | Score |
---|---|---|---|---|---|---|
Winner | 1. | 1 November 2004 | Manila, Philippines | Clay (i) | 6–3, 6–2 | |
Winner | 2. | 8 November 2004 | Manila, Philippines | Clay (i) | 6–0, 1–0 ret | |
Winner | 3. | 22 February 2005 | Bendigo, Australia | Hard | 6–3, 6–2 | |
Runner-up | 4. | 1 May 2007 | Incheon, South Korea | Hard | 3–6, 6–2, 3–6 | |
Runner-up | 5. | 19 November 2007 | Mount Gambier, Australia | Hard | 3–6, 1–6 | |
Winner | 6. | 9 November 2009 | Manila, Philippines | Hard | 6–4, 6–6 RET | |
Winner | 7. | 26 April 2010 | Gimcheon, South Korea | Clay | 6–2, 7–5 | |
Winner | 8. | 17 May 2010 | Sunchang, South Korea | Hard | 7–5, 6–1 | |
Runner-up | 9. | 16 May 2011 | Goyang, South Korea | Hard | 7–6, 1–6, 6–7 | |
Winner | 10. | 10 June 2013 | Gimcheon, South Korea | Hard | 6–7(5–7), 6–2, 6–0 | |
Winner | 11. | 17 June 2013 | Gimcheon, South Korea | Hard | 6–2, 2–6, 6–4 | |
Winner | 12. | 16 June 2014 | Gimcheon, South Korea | Hard | 6–2, 6–2 | |
Winner | 13. | 23 June 2014 | Gimcheon, South Korea | Hard | 6–1, 7–5 | |
Runner-up | 14. | 31 May 2015 | Changwon, South Korea | Hard | 3–6, 2–3 ret. |
Doubles: 14 (8–6)
$100,000 tournaments |
$75,000 tournaments |
$50,000 tournaments |
$25,000 tournaments |
$10,000 tournaments |
Outcome | No. | Date | Tournament | Surface | Partner | Opponents | Score |
---|---|---|---|---|---|---|---|
Winner | 1. | 1 November 2004 | Manila, Philippines | Clay (i) | 7–6(7–2), 1–6, 6–0 | ||
Runner-up | 2. | 13 December 2004 | Jakarta, Indonesia | Hard | 3–6, 3–6 | ||
Runner-up | 3. | 13 June 2005 | Incheon, South Korea | Hard | 2–6, 6–7 | ||
Winner | 4. | 13 February 2007 | Melbourne, Australia | Clay | 6–2, 6–1 | ||
Winner | 5. | 6 March 2007 | Hamilton, New Zealand | Hard | 6–2, 6–4 | ||
Runner-up | 6. | 31 March 2008 | Pelham, Alabama, United States | Clay | 5–7, 2–6 | ||
Winner | 7. | 9 November 2009 | Manila, Philippines | Hard | 6–4, 4–6, 10–6 | ||
Runner-up | 8. | 17 May 2010 | Sunchang, South Korea | Hard | 7–6, 4–6, 4–6 | ||
Winner | 9. | 26 November 2012 | Bangkok, Thailand | Hard | 6–1, 4–6, 10–7 | ||
Runner-up | 10. | 3 December 2012 | Bangkok, Thailand | Hard | 5–7, 5–7 | ||
Winner | 11. | 10 June 2013 | Gimcheon, South Korea | Hard | 6–3, 6–3 | ||
Runner-up | 12. | 29 May 2014 | Changwon, South Korea | Hard | 6–7, 0–6 | ||
Winner | 13. | 16 June 2014 | Gimcheon, South Korea | Hard | 6–3, 6–1 | ||
Winner | 14. | 23 June 2014 | Gimcheon, South Korea | Hard | 7–5, 2–6, [11–9] |
gollark: Well, you can, or also "it would have about the same mass as the atmosphere".
gollark: Wikipedia says that spider silk has a diameter of "2.5–4 μm", which I approximated to 3μm for convenience, so a strand has a 1.5μm radius. That means that its cross-sectional area (if we assume this long thing of spider silk is a cylinder) is (1.5e-6)², or ~7e-12. Wikipedia also says its density is about 1.3g/cm³, which is 1300kg/m³, and that the observable universe has a diameter of 93 billion light-years (8.8e26 meters). So multiply the length of the strand (the observable universe's diameter) by the density of spider silk by the cross-sectional area of the strand and you get 8e18 kg, while the atmosphere's mass is about 5e18 kg, so close enough really.
gollark: Okay, so by mass it actually seems roughly correct.
gollark: So, spider silk comes in *very* thin strands and is somewhat denser than water, interesting.
gollark: You do that, I'll try and find data on spider silk density.
External links
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