MLAT Aural Number Learning Questions and Answers — Questions and Answers
Question 1: In the 'Aural Number Learning' section of the MLAT, a test-taker hears the following: 'ba' means 1, 'baba' means 2, 'dee' means 3, 'tu' means 20, and 'ti' means 30. The number system combines these elements, so 'tu-ba' means 21. Based on this system, what is the number for 'ti-dee'?
- 23
- 31
- 33 (Correct answer)
- 13
Correct answer: 33
The number system presented is additive. 'ti' represents 30 and 'dee' represents 3. Combining them as 'ti-dee' results in 30 + 3, which equals 33.
Question 2: Which cognitive ability is primarily assessed by the 'Aural Number Learning' section of the MLAT?
- Grammatical sensitivity
- Rote memorization and auditory processing (Correct answer)
- Inductive language learning ability
- Phonetic coding ability
Correct answer: Rote memorization and auditory processing
This section specifically tests the ability to remember new vocabulary (the numbers) and process them aurally to understand combinations, which falls under rote memorization and auditory processing.
Question 3: A scenario in the 'Aural Number Learning' test presents the following rules: 'sol' = 4, 'la' = 5, 'do' = 6, 'ten' = 10, 'hun' = 100. Numbers are formed by stating the multiplier first, then the base. For example, 'sol-ten' means 40 (4 x 10). How would the number 600 be represented?
- hun-do
- ten-do
- do-hun (Correct answer)
- sol-hun
Correct answer: do-hun
Following the 'multiplier-first' rule, to represent 600, you would need the word for 6 ('do') followed by the word for 100 ('hun'). Therefore, 'do-hun' correctly represents 6 x 100 = 600.
Question 4: Which of the following best describes the structure of the numbers taught in the 'Aural Number Learning' section?
- A complex system with irregular exceptions
- A system based on existing, obscure languages
- A purely random association of sounds and numbers
- A logical, rule-based system using made-up words for numbers (Correct answer)
Correct answer: A logical, rule-based system using made-up words for numbers
The test uses an artificial language with a consistent, rule-based structure for its number system. For example, single digits are taught, then tens, and combinations are formed by logically putting these parts together.
Question 5: If 'zup' means 7 and 'zup-zup' means 8, and 'yik' means 9, which of the following is the most likely representation for the number 10 in this artificial number system?
- zup-yik
- yik-yik (Correct answer)
- zup-zup-zup
- yik-zup
Correct answer: yik-yik
The pattern suggests a base system where repetition or combination builds the next number. Since 'zup' is 7 and 'zup-zup' is 8, it shows a pattern of addition or compounding. Following 'yik' for 9, the most logical next step for 10 would be 'yik-yik'.
Question 6: A test-taker is struggling with the 'Aural Number Learning' section because they have difficulty remembering the sounds associated with each number. This difficulty points to a weakness in which specific aptitude measured by this test part?
- Sound-meaning relationship memory (Correct answer)
- Grammatical structure analysis
- Phonetic transcription
- Vocabulary breadth in their native language
Correct answer: Sound-meaning relationship memory
The core challenge of this section is to quickly form and retain associations between new sounds and their numerical meanings. This is a direct test of auditory and memory abilities related to sound-meaning relationships.
MLAT Aural Number Learning Questions and Answers
In the 'Aural Number Learning' section of the MLAT, a test-taker hears the following: 'ba' means 1, 'baba' means 2, 'dee' means 3, 'tu' means 20, and 'ti' means 30.
The number system combines these elements, so 'tu-ba' means 21.
Based on this system, what is the number for 'ti-dee'?