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Since 0.05 and n1 n2 10, Appendix Table IX gives the critical value as w0.05 78. If either w1 or w2 is less than or equal to w0.05 78, we will reject H0: 1 2.

276 9

Table 15-3 Axial Stress for Two Aluminum-Lithium Alloys Alloy 1 238 psi 3195 3246 3190 3204 3254 psi 3229 3225 3217 3241 3261 psi 3187 3209 3212 3258 Alloy 2 3248 psi 3215 3226 3240 3234

The self-report Eysenck Personality Inventory was administered to all subjects to explore the relationships between scoring errors and two personality dimensions: introversion/extraversion and neuroticism/ stability Jaffe computed two types of error scores, total error and bias error Total error was simply the sum of all errors, regardless of whether the errors were due to leniency (giving more credit than was legitimately earned) or strictness (assigning a lower score than was deserved); bias error allowed.

Computations: The data from Table 15-3 are analyzed in ascending order and ranked as follows:

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GENERIC REQUIREMENT Deny unauthorized access MUSEUM REQUIREMENT AND PRIORITY High priority the museum requires access control to provide a certainty of at least 09999 for denying unauthorized access to highvalue gems, meaning that the service shall allow no more than one successful access out of 10,000 unauthorized attempts The museum requires that access control provide a certainty of at least 0999 for denying access to the associated gems information Moderate priority the museum regards user convenience as a lower priority than protecting the assets under its care The museum requires access control to provide a certainty of at least 098 for permitting authorized access to gems or gem information, meaning that the service shall deny no more than one access out of 50 authorized requests for access High priority for gems the museum places high priority on avoiding inadvertent access to all gems.

lenient and strict errors to cancel each other out, and equaled the net error rate, the degree to which all errors combined to lower or raise the person s total score on the items. The latter error score was included because of research findings (e.g., Sattler & Winger, 1970) showing that examiners errors tend to reflect a halo effect rather than occurring randomly. Jaffe (1983) obtained the following results: 1. Subjects made numerous errors, both on the manual responses and the clinical responses. Across all subtests and items, subjects made errors on an average of nearly half of the responses. 2. The three subtests were differentially susceptible to scoring errors, with significantly more errors occurring on Vocabulary than on Similarities or Comprehension. 3. Bias errors were in the direction of leniency for all subtests, with Comprehension producing the strongest halo effect. 4. Experimental subjects who were given extra precautions to be aware of ambiguities in the responses, to check the general scoring guidelines, and so forth, generally did not differ significantly in their scoring accuracy from subjects who did not receive a special instructional set. The only significant finding was that subjects given the precautions made fewer bias errors. 5. The subjects level of experience was unrelated to scoring accuracy. This finding reinforces similar results from other studies (Kasper, Throne, & Schulman, 1968; Slate & Hunnicutt, 1988). 6. Contrary to Jaffe s hypothesis, high neuroticism subjects made more scoring errors than low neuroticism subjects. 7. Males with high extraversion scores made fewer total errors, whereas females with high extraversion scores made more total errors. Ryan et al. s and Jaffe s studies of scoring error on the WAIS-R reinforce numerous previous

Alloy Number 2 1 1 1 2 2 2 1 1 2 1 2 1 2 1 1 2 1 2 2 Axial Stress 3187 psi 3190 3195 3204 3209 3212 3215 3217 3225 3226 3229 3234 3238 3240 3241 3246 3248 3254 3258 3261 Rank 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

The sum of the ranks for alloy 1 is w1 and for alloy 2 n2 21n1 n2 12 110 102110 10 12 w1 99 111 2 2 Conclusions: Since neither w1 nor w2 is less than or equal to w0.05 78, we cannot reject the null hypothesis that both alloys exhibit the same mean axial stress. w2 1n1 2 3 4 8 9 11 13 15 16 18 99

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