Crossword-Clue: City where Luther was condemned as a heretic
Answers
5 letters (1 answer)
Similar clues
- Where Martin Luther was condemned for heresy, 1521 68.82%
- Fourth-century theologian condemned as a heretic 67.39%
- City where Goodyear was founded 61.33%
- City where A.A. was founded 60.00%
- Adherent to a belief condemned as heresy 59.52%
- "The condemned man ___ hearty . . . " 58.82%
- City where Trotsky was exiled 57.53%
- City where the U.S.S. Cole was bombed 57.50%
- He was condemned in the Edict of Worms 56.10%
- Ohio city where A.A. was founded 56.00%
- He was condemned to ten years in prison 55.42%
- City where LeBron James was born 55.26%
- City where some believe Cain and Abel are buried 54.35%
- Its worship is condemned in the Bible 54.32%
- It deserves to be condemned 53.52%
- City where Cézanne was born 53.52%
- Bohemian reformer, burned as a heretic, 1415. 53.49%
- his work was later condemned as unorthodox 53.49%
- Condemned a la Ebert 53.12%
- City where Alcoholics Anonymous was founded 52.87%
Related word tools
New Suggestion for "City where Luther was condemned as a heretic"
What is the answer for this crossword clue?
For the crossword clue “City where Luther was condemned as a heretic”, our database currently lists only one answer that matches both the meaning of the clue and the required 5-letter length. This clue appears in: LAT (LA Times). Used 1 time in crossword archives (2005). That answer is WORMS, a word frequently used in crossword puzzles when this legal context appears.
How many answers does this crossword clue have?
There is only one answer associated with the crossword clue “City where Luther was condemned as a heretic”. Our crossword solver is built on a large and constantly growing database containing over 400,000 answers and more than 3,000,000 clues. In addition to clue solving, Pad.la offers a free online crossword game with grid sizes ranging from 5×5 to 25×25.
If you have an additional answer or a new clue related to this solution, you can submit it using the suggestion form below.