Encyclopedia > Gymnastics at the 1904 Summer Olympics

  Article Content

Gymnastics at the 1904 Summer Olympics

At the 1904 Summer Olympics, twelve gymnastics events were contested.

Table of contents

Turnverein - Individual combined, Men

PosAthlete
1Julius Lenhart[?] (AUT)
2Wilhelm Weber[?] (GER)
3Adolf Spinnler[?] (SUI)

Turnverein - Individual gymnastics, Men

PosAthlete
1Adolf Spinnler[?] (SUI)
2Julius Lenhart[?] (AUT)
3Wilhelm Weber[?] (GER)

Turnverein - Individual athletics, Men

PosAthlete
1Max Emmerich[?] (USA)
2John Grieb[?] (USA)
3William Merz[?] (USA)

Turnverein - Team, Men

PosAthlete
1 Philadelphia Turngemeinde (USA/AUT)
Julius Lenhart[?] (AUT), Phillip Kassell[?] (USA), Anton Heida[?] (USA), Max Hess[?] (USA), Ernst Reckeweg[?] (USA), John Grieb[?] (USA)
2New York Turnverein (USA)
Otto Steffen[?], John Bissinger[?], Emil Beyer[?], Max Wolf[?], Julian Schmitz[?], Arthur Rosenkampff[?]
3Central Turnverein, Chicago (USA)
George Mayer[?], John Duha[?], Edward Siegler[?], Charles Krause[?], Philip Schuster[?], Robert Maysack[?]

Swedish System - Individual combined, Men

PosAthlete
1Anton Heida[?] (USA)
2George Eyser[?] (USA)
3William Merz[?] (USA)

Parallel Bars, Men

PosAthlete
1George Eyser[?] (USA)
2Anton Heida[?] (USA)
3John Duha[?] (USA)

Horizontal Bar, Men

PosAthlete
1Anton Heida[?] (USA)
1Edward Hennig[?] (USA)
3George Eyser[?] (USA)

Side Horse Vault, Men

PosAthlete
1Anton Heida[?] (USA)
2George Eyser[?] (USA)
3William Merz[?] (USA)

Pommelled Horse, Men

PosAthlete
1Anton Heida[?] (USA)
1George Eyser[?] (USA)
3William Merz[?] (USA)

Rings, Men

PosAthlete
1Herman Glass[?] (USA)
2William Merz[?] (USA)
3Emil Voigt[?] (USA)

Rope Climbing, Men

PosAthlete
1George Eyser[?] (USA)
2Charles Krause[?] (USA)
3Emil Voigt[?] (USA)

Club Swinging, Men

PosAthlete
1Edward Hennig[?] (USA)
2Emil Voigt[?] (USA)
3Ralph Wilson[?] (USA)



All Wikipedia text is available under the terms of the GNU Free Documentation License

 
  Search Encyclopedia

Search over one million articles, find something about almost anything!
 
 
  
  Featured Article
Quadratic formula

... Generalizations The formula and its proof remain correct if the coefficients a, b and c are ...

 
 
 
This page was created in 27 ms