Attribute Salience in Decision-making: An Information Processing Approach |
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amount of Brab amount of Tord analysis of variance Aspet as Nup attribute order attribute position BAFT behavioral Blid Brab than Jild Buch Q Bybee Carter model cell means Chaffee choose Clune E Clune G Compared to decisions COMPONENT SALIENCE CRICH criterion problem decision components decision matrix decision problem decision-making degree of Brab entries are cell Experimental Conditions females Gark greater amount greater degree greater number Hig as Grafe high importance condition hypotheses importance induction importance not reinforced indicating information processing INSTRUCTED involvement Jild F Keb F last problem logical response low importance condition low importance reinforced main effect males number of Aspet number of Brab Parenthetical entries primacy effect random error response recency effects reinforced attribute reinforced condition reinforcement history RESPONSE BY EXPERIMENTAL response will manifest Saln significant situation subjects systematic error response Tanse H TURN BACK University of Wisconsin-Madison variable Vond WACE Zix G