Guide-linked quiz · Medium Level

Word Embeddings Quiz

Review learned word vectors, static and contextual representations, vector relationships, cosine comparisons, and the limits of semantic similarity.

Related guide pathsWord Embeddings
Question 1 of 8

How does a learned word embedding represent a word for numerical comparison?

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Answers and explanations appear as you take the quiz.

  1. How does a learned word embedding represent a word for numerical comparison?
    • As a plain-text dictionary entry only
    • As a vector of learned numerical features
    • As a complete recorded pronunciation only
    • As a manually assigned grammar rule
  2. How do models like word2vec learn what a word means?
    • By reading hand-written definitions from a dictionary
    • By counting letters in each word
    • By observing which other words tend to appear near it in large amounts of text
    • By asking human raters to score every word
  3. What does the classic king-minus-man-plus-woman vector example illustrate?
    • Some learned representations capture relationships through vector offsets
    • Every word relation obeys an exact arithmetic law
    • Vector arithmetic verifies every factual statement
    • The vector stores a word's exact spelling only
  4. What is the main difference between word2vec/GloVe embeddings and the embeddings inside modern transformer models?
    • Transformers use no numbers at all
    • GloVe only works on images
    • Modern models cannot represent meaning
    • Word2vec gives one fixed vector per word, while transformers produce context-dependent vectors
  5. Which task most directly relies on comparing embedding vectors?
    • Counting the total number of words in a document
    • Converting text to uppercase
    • Semantic search that finds documents with similar meaning to a query
    • Checking a file's size on disk
  6. Which scale of dimensionality is found in common released classic word-vector configurations?
    • Exactly one coordinate for every model
    • Tens or hundreds of learned coordinates per word
    • Exactly two coordinates in all word2vec models
    • At least ten million coordinates per word by definition
  7. In a toy word-vector comparison, what is the cosine similarity of the nonzero vectors one-zero and zero-one?
    • One
    • Minus one
    • Two
    • Zero
  8. What should the first coordinate of an arbitrary learned word embedding be assumed to mean?
    • A learned feature without a universal predetermined linguistic label
    • The word's character count in every model
    • A fixed sentiment score in every dataset
    • The document's factual reliability by definition

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