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ABSTRACT. This paper seeks to account for the argument-function mismatches observed in Mandarin resultative compound verbs. The account is formulated within a revised Lexical Mapping Theory which incorporates a unified mapping principle. Under the simplest and also the strictest interpretation of this mapping principle (or the θ-criterion), a composite role, formed by two composing roles, receives syntactic assignment via one composing role only; the second composing role is thus suppressed. Argument-function mismatches are due to the competition between composing roles for syntactic assignment. This LMT account also facilitates a natural explanation of markedness among the competing syntactic structures.

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A numeral classifier is required between a numeral and a noun in Chinese, which comes in two varieties, sortal classifer (C) and measural classifier (M), also known as ‘classifier’ and ‘measure word’, respectively. Cs categorize objects based on semantic attributes and Cs and Ms both denote quantity in terms of mathematical values. The aim of this study was to conduct a psycholinguistic experiment to examine whether participants process C/Ms based on their mathematical values with a semantic distance comparison task, where participants judged which of the two C/M phrases was semantically closer to the target C/M. Results showed that participants performed more accurately and faster for C/Ms with fixed values than the ones with variable values. These results demonstrated that mathematical values do play an important role in the processing of C/Ms. This study may thus shed light on the influence of the linguistic system of C/Ms on magnitude cognition.

The word order typology of numerals (Num), classifier or measure word (C/M), and noun (N) put forth by Greenberg (1990 [1972], Numerical classifiers and substantival number: Problems in the genesis of a linguistic type. In Keith Denning & Suzanne Kemmer (eds.),