In a study of linguistic sound symbolism, researcher Dr. Mei-Ling Chen and her colleagues investigated "phonaesthemes"—specific sound sequences associated with particular meanings, such as the "fl-" in English words like "fly," "flee," and "flow" associated with movement. While traditional linguistics posits that the relationship between a word's sound and its meaning is arbitrary, Chen hypothesized that certain phonaesthemes are cross-linguistically persistent because they evoke universal sensory associations. Specifically, she proposed that words representing "sharp or sudden visual light" are disproportionately likely to contain high-frequency, front-vowel sounds across unrelated language families. Which choice, if true, would most directly support Chen's hypothesis?
- ALinguists studying Germanic languages found that words signifying visual phenomena evolved from a common ancestral root that featured a distinct consonant cluster.
- BFront-vowel sounds are generally easier for infants to pronounce than back-vowel sounds, regardless of the language environment in which they are raised.
- Across fifty genetically unrelated language families, words signifying "flash" or "glint" were found to contain high-frequency, front-vowel sounds at a rate significantly higher than would be expected by chance.Cevap
- DA survey of diverse languages revealed that words for "heavy movement" and "dull sounds" are primarily composed of low-frequency, back-vowel sounds.