Consider The Following Two Sentences. Sentence 1: The Quick Brown Fox Jumps Over The Lazy Dog. Sentence 2: A Quick Brown Dog Outpaces A Quick Fox. Compute The Euclidean Distance Using Word Counts. To Compute Word Counts, Turn All Words Into Lower Case And Strip All Punctuation, So That "The" And "the" Are Counted As The Same Token. That Is, Document 1 Would Be Represented Asx=[# The,# A,# Quick,# Brown,# Fox,# Jumps,# Over,# Lazy,# Dog,# Outpaces]where # Word Is The Count Of That Word In The Document.Round Your Answer To 3 Decimal Places. » Re⥃askly

# Consider the following two sentences. Sentence 1: The quick brown fox jumps over the lazy dog. Sentence 2: A quick brown dog outpaces a quick fox. Compute the Euclidean distance using word counts. To compute word counts, turn all words into lower case and strip all punctuation, so that "The" and "the" are counted as the same token. That is, document 1 would be represented asx=[# the,# a,# quick,# brown,# fox,# jumps,# over,# lazy,# dog,# outpaces]where # word is the count of that word in the document.Round your answer to 3 decimal places.

## Home »   Consider the following two sentences. Sentence 1: The quick brown fox jumps over the lazy dog. Sentence 2: A quick brown dog outpaces a quick fox. Compute the Euclidean distance using word counts. To compute word counts, turn all words into lower case and strip all punctuation, so that "The" and "the" are counted as the same token. That is, document 1 would be represented asx=[# the,# a,# quick,# brown,# fox,# jumps,# over,# lazy,# dog,# outpaces]where # word is the count of that word in the document.Round your answer to 3 decimal places.

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