In Tate Britain
Prints and Drawings Room
View by appointment- Artist
- Joseph Mallord William Turner 1775–1851
- Medium
- Graphite and watercolour on paper
- Dimensions
- Support: 545 × 757 mm
- Collection
- Tate
- Acquisition
- Accepted by the nation as part of the Turner Bequest 1856
- Reference
- D16980
Turner Bequest CXCV 11
Catalogue entry
Explore
- emotions, concepts and ideas(16,875)
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- formal qualities(12,932)
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- diagrammatic(802)
- perspective(217)
- inscriptions(6,720)
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- notes and diagrams(887)
You might like
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Joseph Mallord William Turner Lecture Diagram: An Equilateral Triangle Flat on the Ground, with Sides Parallel to the Picture
c.1816–28 -
Joseph Mallord William Turner Lecture Diagram: Method for a Cube
c.1818–28 -
Joseph Mallord William Turner Lecture Diagram: Perspective Method for a Cube by Jan/Hans Vredeman de Vries
c.1823–8 -
Joseph Mallord William Turner Lecture Diagram: Perspective Method for a Cube by Jean Dubreuil (‘The Jesuit’)
c.1823–8 -
Joseph Mallord William Turner Lecture Diagram: An Object Lying Flat on the Ground, or Plane Perpendicular to the Picture
c.1816–28 -
Joseph Mallord William Turner Lecture Diagram: Perspective Method for a Cube by Andrea Pozzo
c.1823–8 -
Joseph Mallord William Turner Lecture Diagram: Building in Perspective with Vanishing Lines
c.1822–8 -
Joseph Mallord William Turner Lecture Diagram: Perspective Method for a Cube
c.1816–28 -
Joseph Mallord William Turner Lecture Diagram: Building in Perspective with Vanishing Lines
c.1823–8 -
Joseph Mallord William Turner Lecture Diagram: Reflections on Water
c.1823–8 -
Joseph Mallord William Turner Lecture Diagram: Two Methods for a Cube
c.1818–28 -
Joseph Mallord William Turner Lecture Diagram: Perspective Method for a Cube
c.1816–28 -
Joseph Mallord William Turner Lecture Diagram: A Method for Determining the Height of the Eye when Preparing a Picture
c.1818–28 -
Joseph Mallord William Turner Lecture Diagram: Method for Finding Vanishing Points
c.1823–8 -
Joseph Mallord William Turner Lecture Diagram: Perspective Method for a Cube by Joseph Highmore
c.1823–28