2017 World Rowing Championships – PR3 Mixed double sculls

The PR3 mixed double sculls competition at the 2017 World Rowing Championships in Sarasota took place in Nathan Benderson Park.[1]

PR3 Mixed double sculls
at the 2017 World Rowing Championships
VenueNathan Benderson Park
LocationSarasota, United States
Dates27–29 September
Competitors12 from 6 nations
Winning time7:28.95
Medalists
    Brazil
    France
    Germany

Schedule

The schedule was as follows:[1]

Date Time Round
Wednesday 27 September 201710:21Exhibition race
Friday 29 September 201711:32Final

All times are Eastern Daylight Time (UTC-4)

Results

Exhibition race

With fewer than seven entries in this event, boats contested a race for lanes before the final.[2][3]

Rank Rowers Country Time Notes
1 Antoine Jesel
Guylaine Marchand
 France 7:53.70 WCHB
2 Diana Barcelos de Oliveira
Jairo Klug
 Brazil 7:58.16
3 Jessica Dietz
Valentin Luz
 Germany 8:06.36
4 Johanna Beyer
Rainer Putz
 Austria 8:23.34
5 Russell Gernaat
Natalie McCarthy
 United States 8:45.09
6 Angeles Gutierrez
Miguel Nieto
 Mexico 9:21.85

Final

The final determined the rankings.[4][5]

Rank Rowers Country Time Notes
Diana Barcelos de Oliveira
Jairo Klug
 Brazil 7:28.95 WB
Antoine Jesel
Guylaine Marchand
 France 7:34.70
Jessica Dietz
Valentin Luz
 Germany 7:40.72
4 Johanna Beyer
Rainer Putz
 Austria 8:03.95
5 Russell Gernaat
Natalie McCarthy
 United States 8:21.62
6 Angeles Gutierrez
Miguel Nieto
 Mexico 8:59.82
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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.

References

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