MLAT Aural Number Learning 4 — Questions and Answers
Question 1: You have learned: 'fal' = 4, 'nen' = 9, 'fal-nen' = 13. The speaker now says 'nen-fal.' What is the most likely value?
- 94
- 5
- 13 (Correct answer)
- 36
Correct answer: 13
If the system is commutative additive, 'nen-fal' = 9 + 4 = 13, same as 'fal-nen'.
Question 2: A learner scores high on Aural Number Learning but low on number spelling. This suggests a strength in:
- Orthographic processing
- Auditory-verbal associative learning (Correct answer)
- Semantic memory retrieval
- Visual working memory
Correct answer: Auditory-verbal associative learning
Strong aural performance with weak spelling points to auditory-verbal association as the specific strength.
Question 3: In the learning phase, you hear 'zok' paired with the numeral 6, then 'zok' paired with 6 again, then again. This repetition is designed to:
- Confuse the test-taker deliberately
- Strengthen the auditory-numerical association through massed practice (Correct answer)
- Test attention span
- Introduce irregularities
Correct answer: Strengthen the auditory-numerical association through massed practice
Repeated pairing of a sound with its numeral builds a strong associative memory trace.
Question 4: 'Mox' = 3 and 'bel' = 6. You hear 'bel divided by mox.' What is the answer?
- 2 (Correct answer)
- 3
- 9
- 18
Correct answer: 2
6 ÷ 3 = 2.
Question 5: Which scenario best mimics the cognitive demand of the MLAT Aural Number Learning task?
- Memorizing multiplication tables you already know
- Learning to count in a new language from a brief audio lesson (Correct answer)
- Solving algebra equations silently
- Reading number words in a foreign script
Correct answer: Learning to count in a new language from a brief audio lesson
Learning to count from a brief audio lesson directly parallels the MLAT task of mapping new sounds to numbers.
Question 6: During the test, a speaker says 'quim' for 0. Later you hear 'quim-torv' where 'torv' = 5. The compound most likely equals:
- 0
- 5 (Correct answer)
- 50
- Cannot be determined
Correct answer: 5
Zero added to five yields five; 0 + 5 = 5.
Question 7: The MLAT was developed primarily to predict:
- Intelligence quotient scores
- Foreign language learning potential (Correct answer)
- Music aptitude
- Spatial reasoning ability
Correct answer: Foreign language learning potential
The Modern Language Aptitude Test was specifically designed to forecast how easily someone will learn a foreign language.
MLAT Aural Number Learning 4
You have learned: 'fal' = 4, 'nen' = 9, 'fal-nen' = 13.
The speaker now says 'nen-fal.' What is the most likely value?