Memory & Recall of Linguistic Information Flashcards
7 cards from real MLAT practice questions. Tap to flip, then mark Knew It or Still Learning โ missed cards come back until you master them.
Read the first 7 Memory & Recall of Linguistic Information flashcards as text
A learner reviews 30 vocabulary pairs using spaced repetition over three days. Compared to massed practice in one session, spaced repetition typically:
Answer: Produces lower immediate scores but higher long-term retention
Spaced repetition leverages the spacing effect, improving durable long-term memory at the cost of feeling harder in the short term.
Which brain region is most critical for forming new explicit (declarative) memories for vocabulary?
Answer: Hippocampus
The hippocampus is essential for consolidating new explicit memories, including newly learned word-meaning associations.
On the MLAT, a high score on memory subtests is most predictive of success in:
Answer: Rapid vocabulary acquisition across any target language
Strong rote memory for word-meaning pairs correlates with faster vocabulary growth regardless of the target language.
A test-taker is shown 15 word pairs, then given an interpolated task for 2 minutes, then tested. This design specifically measures:
Answer: Short-term memory with minimal interference
A brief delay with an intervening task tests short-term memory durability before long-term consolidation occurs.
The keyword method for vocabulary memorization works by:
Answer: Linking a foreign word's sound to an image connected to its meaning
The keyword method creates a phonetic and visual bridge between the foreign word's sound and its English meaning.
Which type of memory is tested when a learner completes a familiar word stem (e.g., 'pre___') without consciously trying to remember?
Answer: Implicit priming memory
Word-stem completion taps implicit memory through priming, without conscious recollection effort.
If a student forgets a word they studied yesterday but remembers it after seeing its first letter, this is an example of:
Answer: Retrieval failure aided by a cue
The memory was stored but inaccessible without a retrieval cue, demonstrating cue-dependent forgetting.