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leftmost
Searching in Crosswords ...
The answer LEFTMOST has 4 possible clue(s) in existing crosswords.
Searching in Word Games ...
The word LEFTMOST is VALID in some board games. Check LEFTMOST in word games in Scrabble, Words With Friends, see scores, anagrams etc.
Searching in Dictionaries ...
Definitions of leftmost in various dictionaries:
adj - farthest to the left
Farthest to the left: in the leftmost lane of traffic.
noun - the location or direction of the left side
Word Research / Anagrams and more ...
Keep reading for additional results and analysis below.
Possible Crossword Clues |
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More liberal than all others |
Furthest from the right |
Like first character in line, took only a little |
Furthest west, on a map |
Last Seen in these Crosswords & Puzzles |
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Apr 1 2018 Newsday.com |
Nov 3 2014 Universal |
Apr 27 2014 USA Today |
Jan 18 2003 The Times - Cryptic |
Possible Dictionary Clues |
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Farthest to the left: in the leftmost lane of traffic. |
farthest to the left |
Leftmost might refer to |
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In formal language theory, a Context-free grammar (CFG) is a certain type of formal grammar: a set of production rules that describe all possible strings in a given formal language. Production rules are simple replacements. For example, the rule* * * * A * * → * * α * * * {\displaystyle A\ \to \ \alpha } * * replaces * * * * A * * * {\displaystyle A} * with * * * * α * * * {\displaystyle \alpha } * . There can be multiple replacement rules for any given value. For example, * * * * * A * * → * * α * * * {\displaystyle A\ \to \ \alpha } * * * * * * A * * → * * β * * * {\displaystyle A\ \to \ \beta } * * means that * * * * A * * * {\displaystyle A} * can be replaced with either * * * * α * * * {\displaystyle \alpha } * or * * * * β * * * {\displaystyle \beta } * . * In context-free grammars, all rules are one-to-one, one-to-many, or one-to-none. These rules can be applied regardless of context. The left-hand side of the production rule is always a nonterminal symbol. This means that the symbol does not appear in the resulting formal language. So in our case, our language contains the letters * * * * α * * * {\displaystyle \alpha } * and * * * * β * * * {\displaystyle \beta } * but not * * * * A * . * * * {\displaystyle A.} * Rules can also be applied in reverse to check if a string is grammatically correct according to the grammar. * Here is an example context-free grammar that describes all two-letter strings containing the letters * * * * α * * * {\displaystyle \alpha } * and * * * * β * * * {\displaystyle \beta } * . * * * * * S * * → * * A * A * * * {\displaystyle S\ \to \ AA} * * * * * * A * * → * * α * * * {\displaystyle A\ \to \ \alpha } * * * * * * A * * → * * β * * * {\displaystyle A\ \to \ \beta } * * If we start with the nonterminal symbol * * * * S * * * {\displaystyle S} * then we can use the rule * * * * * S * * → * * A * A * * * {\displaystyle S\ \to \ AA} * to turn * * * * S * * * {\displaystyle S} * into * * * * A * A * * * {\displaystyle AA} * . We can then apply one of the two later rules. For example, if we apply * * * * A * * → * * β * * * {\displaystyle A\ \to \ \beta } * to the first * * * * A * ... |