St Anne and St MaryWilles Maddox · 1844
1844
35.0 x 87.0 cm
Beckford's Tower - Museum
Willes Maddox (1813 – 1853)
Discover Willes Maddox’s captivating portraits & biblical scenes! Explore his masterful style & iconic works like ‘The Annunciation.’ A significant 19th-century artist.
Beckford's Tower - Museum (Bath, United Kingdom)
Discover Beckford's Tower in Bath! Explore the life of novelist William Beckford, his art & furniture collection, & stunning views from this neoclassical folly. A unique historic house museum.
About this artwork
- Title: St Anne and St Mary
- Artist: Willes Maddox
- Year: 1844
- Original dimensions: 35.0 x 87.0 cm
- Format: Panoramic
- Copyright status: Public domain
- Where to see it: Beckford's Tower - Museum
- Color intensity: Balanced
- Perceived brightness: bright
Questions & Answers
What is the creation date of "St Anne and St Mary" by Willes Maddox?
"St Anne and St Mary" dates from 1844. The date places the work within Willes Maddox's career and its era.
What was Willes Maddox's age when "St Anne and St Mary" was created?
Willes Maddox was 31 years old when creating "St Anne and St Mary" in 1844. The age is computed from the artist's birth year, 1813.
How does "St Anne and St Mary" balance light and dark?
"St Anne and St Mary" is bright overall, and its luminance is bright balance.
Can the image of "St Anne and St Mary" by Willes Maddox be freely reproduced?
The copyright answer for "St Anne and St Mary" by Willes Maddox: the work is in the public domain - its copyright has expired. This determines whether reproductions of the image may be freely made.
Who is the artist behind "St Anne and St Mary"?
"St Anne and St Mary" is attributed to Willes Maddox.
What size is "St Anne and St Mary" by Willes Maddox in real life?
"St Anne and St Mary" measures 35 x 87 cm in its original form. Original dimensions are a useful reference when choosing a reproduction size.
Are the colors of "St Anne and St Mary" by Willes Maddox saturated or muted?
The palette of "St Anne and St Mary" is subtle color in saturation.