Search

I Am “Fatter” Than She Is: Language-Expressible Body-Size Comparisons Bias Judgments of Body Size

4.8 (373) · $ 6.99 · In stock

I Am “Fatter” Than She Is: Language-Expressible Body-Size Comparisons Bias  Judgments of Body Size

This article proposes and tests a comparison-induced distortion theory account of body-size judgments wherein language-expressible body-size comparisons (e.g., “Jane is fatter than Kimberly” or “Kimberly is thinner than Jane”) bias judgments of body sizes. Study 1 found that when actual differences were small, language-expressible comparisons biased body-size judgments away from the sizes with which they were compared even though the distribution of contextual body sizes was held constant. Study 2 found that when actual differences were large language-expressible comparisons biased judgments toward the sizes with which they were compared so that an extremely thin woman was judged larger if she was compared with someone who was much larger than her than if she was compared with someone who was only slightly larger than her. These results demonstrate that research on body-size judgments cannot ignore the effects of language-expressible comparisons.

PDF) How many calories were in those hamburgers again? Distribution density  biases recall of attribute values

PDF) How many calories were in those hamburgers again? Distribution density biases recall of attribute values

NCO 5.1.9 User Guide

NCO 5.1.9 User Guide

PDF) The Role of Visual Information in Body Size Estimation

PDF) The Role of Visual Information in Body Size Estimation

The language of magnitude comparison.

The language of magnitude comparison.

PDF) Body-size stigmatization by preschool girls: In a doll's world, it is  good to be Barbie

PDF) Body-size stigmatization by preschool girls: In a doll's world, it is good to be Barbie

PDF) The Language of Magnitude Comparison

PDF) The Language of Magnitude Comparison

girl - super woman

girl - super woman

Perceptual Distortions of 3-D Finger Size

Perceptual Distortions of 3-D Finger Size

Forecasting: theory and practice - ScienceDirect

Forecasting: theory and practice - ScienceDirect