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Table 3.4 presents correlations between subtest scores and total scores on each of the three test batteries based on age groups that are roughly comparable, after correction for contamination due to the subtest s overlap with total score. The column of WAIS-III coefficients also includes those for the three new subtests: Letter-Number Sequencing, Matrix Reasoning, and Symbol Search. These coefficients are good estimates of the internal consistency of each battery. (The value for W-B I Vocabulary had to be estimated by Wechsler, 1958, from research conducted after standardization because Vocabulary was merely an alternative test during the early standardization testing.) Overall, the coefficients for the 11 W-B I subtests ranged from .48 to .75, slightly lower than the ranges of .56 to .84 for the

0 1 x, Y y2 (5-1)

Coefficients of correlation between the subtests and Full Scale Score on the W-B I, WAIS, WAIS-R, and WAIS-III Subtests Verbal Information .67 .51 (.75) .63 .66 .73 .61 .57 .71 .48 .67 .66 .61 .64 .84 .56 .84 .66 .71 .74 .72 .69 .79 .58 .63 .72 .68 .70 .79 .57 .82 .72 .74 .72 .72 .65 .74 .59 .52 .73 .64 .69 .77a .57a .81a .77a .77a .75a .70a .57a .68a .67a .61a .45a .69a .63a .74a .59a .67a W-B I (Ages 20 34) WAIS (Ages 25 34) WAIS-R (Ages 25 34) WAIS-III (Ages 25 34)

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Subscripts are used to indicate the random variables in the bivariate probability distribution. Just as the probability mass function of a single random variable X is assumed to be zero at all values outside the range of X, so the joint probability mass function of X and Y is assumed to be zero at values for which a probability is not speci ed. EXAMPLE 5-2 Probabilities for each point in Fig. 5-1 are determined as follows. For example, P(X 2, Y 1) is the probability that exactly two acceptable bits and exactly one suspect bit are received among the four bits transferred. Let a, s, and u denote acceptable, suspect, and unacceptable bits, respectively. By the assumption of independence, P1aasu2 0.910.92 10.08210.022 0.0013

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The number of possible sequences consisting of two a s, one s, and one u is shown in the CD material for 2: 4! 2!1!1! Therefore, P1aasu2 1210.00132 0.0156 12

Digit Span Vocabulary Arithmetic Comprehension Similarities Letter-Number Sequencing Performance Picture Completion Picture Arrangement Block Design Object Assembly Digit Symbol Matrix Reasoning Symbol Search Mean Verbal Mean Performance Mean Full Scale

The probabilities for all points in Fig. 5-1 are shown next to the point and the gure describes the joint probability distribution of X and Y.

aMean WAIS-III correlations are based on the 11 subtests that are common to the previous versions of the WAIS. With all 14 WAIS-III subtests, the mean correlations for the scales were .71 for Verbal, .62 for Performance, and .66 for Full Scale. The coefficients for the Wechsler-Bellevue I are between each subtest s total score minus the particular subtest, based on N = 355. The value for Vocabulary was estimated by Wechsler (1958, pp. 84 85) from studies conducted subsequent to the W-B I standardization, because correlations with Full Scale were not computed for Vocabulary, an alternative test in the early stages of the W-B I standardization. The coefficients for the WAIS (N = 300), WAIS-R (N = 300), and WAIS-III (N = 400) between each subtest and total score were corrected for contamination due to overlap. Data for the W-B I and WAIS are from Wechsler (1955, Table 17), data for the WAIS-R are from Wechsler (1981, Table 15), and data for the WAIS-III are from The Psychological Corporation (1997, Tables A.4 and A.5).

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5-1.2

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