Ethnomusicologist: Many music theorists argue that musical harmony preferences are primarily cultural conventions learned through exposure. However, recent psychoacoustic experiments demonstrate that the human auditory cortex processes harmonic intervals with integer-ratio frequencies more efficiently than inharmonic intervals. Because neural processing efficiency minimizes metabolic expenditure during sensory perception, biological constraints rather than arbitrary social transmission determine the universal preference for harmonic consonance. Thus, while cultural exposure refines stylistic familiarity, innate neurophysiological mechanisms establish the foundational architecture of musical taste.
Which one of the following most accurately expresses the main point of the ethnomusicologist's argument?
- AThe human auditory cortex expends less metabolic energy when processing harmonic intervals characterized by integer-ratio frequencies than when processing inharmonic intervals.
- BBiological constraints rather than arbitrary social transmission determine the universal preference for harmonic consonance across human cultures.
- Although cultural exposure influences stylistic familiarity, innate neurophysiological mechanisms form the fundamental basis of musical taste.Cevap
- DCultural exposure plays no meaningful role in shaping how individuals perceive or categorize musical styles.
- EHuman preferences for musical harmony are entirely the result of arbitrary cultural conventions acquired through social conditioning.