Synchronised swimming at the 2016 European Aquatics Championships – Solo technical routine
The Solo technical routine competition of the 2016 European Aquatics Championships was held on 12 May 2016.[1]
Solo free routine at the 2016 European Aquatics Championships | ||||||||||
---|---|---|---|---|---|---|---|---|---|---|
Dates | 12 May | |||||||||
Competitors | 17 from 17 nations | |||||||||
Winning points | 93.8865 | |||||||||
Medalists | ||||||||||
| ||||||||||
2016 European Aquatics Championships | ||
---|---|---|
Swimming | ||
Freestyle | ||
50 m | men | women |
100 m | men | women |
200 m | men | women |
400 m | men | women |
800 m | men | women |
1500 m | men | women |
Backstroke | ||
50 m | men | women |
100 m | men | women |
200 m | men | women |
Breaststroke | ||
50 m | men | women |
100 m | men | women |
200 m | men | women |
Butterfly | ||
50 m | men | women |
100 m | men | women |
200 m | men | women |
Individual medley | ||
200 m | men | women |
400 m | men | women |
Freestyle relay | ||
4×100 m | men | women |
4×200 m | men | women |
Medley relay | ||
4×100 m | men | women |
Diving | ||
Individual | ||
1 m | men | women |
3 m | men | women |
10 m | men | women |
Synchronised | ||
3 m | men | women |
10 m | men | women |
Mixed | 3 m | 10 m |
Team | team | |
Synchronised swimming | ||
Solo | Free | Technical |
Duet | Free | Technical |
Team | Free | Technical |
Mixed | Free | Technical |
Combination | Combination | |
Results
The final was held at 09:00.[2]
Rank | Swimmers | Nationality | |
---|---|---|---|
Points | |||
Svetlana Romashina | 93.8865 | ||
Anna Voloshyna | 90.7289 | ||
Linda Cerruti | 87.1493 | ||
4 | Evangelia Platanioti | 86.0587 | |
5 | Cristina Salvador | 85.5766 | |
6 | Anastasia Gloushkov | 83.9223 | |
7 | Vasiliki Alexandri | 83.2970 | |
8 | Estel-Anaïs Hubaud | 83.1091 | |
9 | Sascia Kraus | 80.4545 | |
10 | Olivia Allison | 79.2639 | |
11 | Margot de Graaf | 77.9689 | |
12 | Marlene Bojer | 75.6986 | |
13 | Mia Šestan | 72.4361 | |
14 | Hristina Damyanova | 72.3917 | |
15 | Nea Hannula | 69.5557 | |
16 | Nevena Dimitrijević | 69.1898 | |
17 | Ana Baptista | 66.4256 |
gollark: One resolution is nonlocal hidden variables, i.e. the particles have some faster-than-light-speed backchannel to communicate things.
gollark: Bell's theorem rules out "local hidden-variables" interpretations of quantum physics, meaning that quantum mechanics cannot, assuming some assumptions, be doing this by storing some extra secret metadata with particles.
gollark: As you will know in time, quantum QM mechanics has "Bell's theorem". This describes some correlations between measurements of entangled particles which QM predicts correctly (based on empirical tests) and classical physics doesn't.
gollark: What? No. That would be stupid.
gollark: Yes.
References
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.