Skip navigation

Main menu

  • What's On
  • Visit
  • Art
    • Discover Art
    • Artists
    • Artworks
    • Stories
    Stories
    Stories

    Watch, listen and read

  • Learn
    • Schools
    • Tate Kids
    • Research
    • Activities and workshops
    Tate Kids
    Tate Kids

    Games, quizzes and films for kids

  • Shop
Become a Member
  • View All
  • Exhibitions And Displays
  • On Today
  • Events
  • Tate Modern
  • Tate Britain
  • Tate St Ives
  • Tate Liverpool
  • Tate Britain
    Tate Britain Free admission
  • Tate Modern
    Tate Modern Free admission
  • Tate Liverpool + RIBA North
    Tate Liverpool + RIBA North Free admission
  • Tate St Ives
    Tate St Ives Ticket or membership card required
  • Families
  • Accessibility
  • Schools
  • Private tours
  • Discover Art
  • Artists
  • Artworks
  • Stories
  • Schools
  • Tate Kids
  • Research
  • Activities and workshops
Tate home page

Try searching for...

  • A Bigger Splash
  • James McNeill Whistler
  • Julio Le Parc
  • Tate Britain Commission 2026
  • Tate Membership
Become a Member

You might like

Diagrams of Harmonic Proportions, after John Hamilton

Joseph Mallord William Turner
c.1809

Diagram of the Geometry of a Parabola, after John Hamilton

Joseph Mallord William Turner
c.1809

Diagram of the Geometry of a Parabola, after John Hamilton

Joseph Mallord William Turner
c.1809

Lecture Diagram: ‘Euclid’s Elements of Geometry’, Spherical Trigonometry, Proposition 22

Joseph Mallord William Turner
c.1817–28
View by appointment

Lecture Diagram 12: Parallel Lines with a Series of Converging Lines (?after Samuel Wale)

Joseph Mallord William Turner
c.1810

Lecture Diagram 13: Objects Above, Level with and Below the Eye (after Giovanni Paolo Lomazzo and Joseph Moxon)

Joseph Mallord William Turner
c.1810
View by appointment

Lecture Diagram 22: Geometry of a Parabola (after John Hamilton)

Joseph Mallord William Turner
c.1810
View by appointment

Lecture Diagram 23: Geometry of a Parabola (after William Emerson or John Hamilton)

Joseph Mallord William Turner
c.1810
View by appointment

Lecture Diagram 27: Perspective Method for a Cube (after Jean Pélerin)

Joseph Mallord William Turner
c.1810
View by appointment

Lecture Diagram 32: Perspective Method for a Cube (after Pietro Accolti)

Joseph Mallord William Turner
c.1810
View by appointment

Lecture Diagram 33: Perspective Method for a Cube (after Jacopo Vignola)

Joseph Mallord William Turner
c.1810
View by appointment

Lecture Diagram: Hamilton’s Harmonic Proportions

Joseph Mallord William Turner
c.1810–28
View by appointment
Artwork
Close

© The Board of Trustees of the
Tate Gallery, 2026

  • Facebook
  • YouTube
  • Instagram
  • TikTok
|
  • Accessibility

  • Privacy

  • Cookies

  • Contact