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MoCA Language 2 Flashcards

6 cards from real MOCA practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.

Read the first 6 MoCA Language 2 flashcards as text
  1. How many sentences does the MoCA sentence repetition task ask the patient to repeat?

    Answer: Two sentences

    The MoCA language section includes two sentences that the patient must repeat exactly. Each sentence is long, syntactically complex, and read once by the examiner.

  2. How many points is each sentence in the MoCA repetition task worth?

    Answer: 1 point each

    Each correctly repeated sentence earns 1 point for a total of 2 points. The sentence must be repeated word-for-word exactly; omissions or substitutions result in a score of 0 for that sentence.

  3. The MoCA letter fluency task (letter F, 60 seconds) is listed under which domain?

    Answer: Language

    On the MoCA scoring sheet, the letter fluency task is placed under the Language domain even though it also engages executive functions. It tests verbal generativity and phonemic processing.

  4. A patient repeats a MoCA sentence correctly except for substituting the word "big" for "large." This response is scored as:

    Answer: 0 points — the sentence must be repeated exactly

    Sentence repetition requires verbatim reproduction. Any word substitution, omission, or addition — even if semantically similar — results in 0 points for that sentence.

  5. On the MoCA, the naming domain asks the patient to name how many pictured animals?

    Answer: 3 animals

    The MoCA naming task presents three pictures of animals (a lion, a camel/dromedary, and a rhinoceros) and asks the patient to name each one. Each correct name earns 1 point.

  6. Why does the MoCA use low-frequency animal names (camel, rhinoceros, lion) rather than common animals for the naming task?

    Answer: Because low-frequency names are more sensitive to naming deficits

    Low-frequency animal names are used because they test the naming ability more sensitively. Naming a dog or cat would be too easy for most patients; uncommon animals differentiate more effectively between intact and impaired naming.