Naming Test and sociocultural differences: Researchers often use z tests to compare wondered whether a sample of Canadian adults had different scores than adults in England. If they were different,...



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Naming Test and sociocultural<br>differences: Researchers often use z tests to compare<br>wondered whether a sample of Canadian adults had<br>different scores than adults in England. If they were<br>different, the English norms would not be valid for<br>use in Canada. The mean for 30 Canadian adults was<br>17.5. For the purposes of this exercise, assume that the<br>standard deviation of the adults in England is 3.2.<br>7.48 The Graded<br>their samples to known population norms. The Graded<br>Naming Test (GNT) asks respondents to name objects<br>in a set of 30 black-and-white drawings. The test, often<br>used to detect brain damagge, starts with casy words<br>like kangaroo and gets progressively more difficult, end-<br>ing with words like sextant. The GNT population<br>norm for adults in England is 20.4. Roberts (2003)<br>a. Conduct all six steps of a z test. Be sure to label all<br>six steps.<br>b. Some words on the GNT are more commonly<br>used in England. For example, a mitre, the headpiece<br>worn by bishops, is worn by the archbishop of Can-<br>terbury in public ceremonies in England. No Cana-<br>dian participant correctly responded to this item,<br>whereas 55% of English adults correctly responded.<br>Explain why we should be cautious about applying<br>norms to<br>people different from those on whom the<br>test was normed.<br>When we conduct a one-tailed test instead of a<br>two-tailed test, there are small changes in steps 2<br>and 4 of hypothesis testing. (Note: For this example,<br>assume that those from populations other than the<br>one on which it was normed will score lower, on<br>average. That is, hypothesize that the Canadians will<br>have a lower mean.) Conduct steps 2, 4, and 6 of<br>hypothesis testing for a one-tailed test.<br>d. Under which circumstancea one tailed or a two-<br>

Extracted text: Naming Test and sociocultural differences: Researchers often use z tests to compare wondered whether a sample of Canadian adults had different scores than adults in England. If they were different, the English norms would not be valid for use in Canada. The mean for 30 Canadian adults was 17.5. For the purposes of this exercise, assume that the standard deviation of the adults in England is 3.2. 7.48 The Graded their samples to known population norms. The Graded Naming Test (GNT) asks respondents to name objects in a set of 30 black-and-white drawings. The test, often used to detect brain damagge, starts with casy words like kangaroo and gets progressively more difficult, end- ing with words like sextant. The GNT population norm for adults in England is 20.4. Roberts (2003) a. Conduct all six steps of a z test. Be sure to label all six steps. b. Some words on the GNT are more commonly used in England. For example, a mitre, the headpiece worn by bishops, is worn by the archbishop of Can- terbury in public ceremonies in England. No Cana- dian participant correctly responded to this item, whereas 55% of English adults correctly responded. Explain why we should be cautious about applying norms to people different from those on whom the test was normed. When we conduct a one-tailed test instead of a two-tailed test, there are small changes in steps 2 and 4 of hypothesis testing. (Note: For this example, assume that those from populations other than the one on which it was normed will score lower, on average. That is, hypothesize that the Canadians will have a lower mean.) Conduct steps 2, 4, and 6 of hypothesis testing for a one-tailed test. d. Under which circumstancea one tailed or a two-
two-tailed test, there are small changes in SIGDS 2<br>and 4 of hypothesis testing. (Note: For this example,<br>assume that those from populations other than the<br>one on which it was normed will score lower, on<br>average. That is, hypothesize that the Canadians will<br>have a lower mean.) Conduct steps 2, 4, and 6 of<br>hypothesis testing for a one-tailed test.<br>d. Under which circumstance-a one-tailed or a two-<br>tailed test-is it easier to reject the null hypothesis?<br>Explain.<br>e. If it becomes easier to reject the null hypothesis<br>under one type of test (one-tailed versus two-<br>tailed), does this mean that there is a bigger differ-<br>ence between the with a one-tailed test than<br>groups<br>with a two-tailed test? Explain.<br>f. When we change the p level that wve use as a cut-<br>off, there is a small change in step 4 of hypothesis<br>testing. Although 0.05 is the most commonly used<br>level, other values, such as 0.01, are often used.<br>For this example, conduct steps 4 and 6 of hypoth-<br>esis testing for a two tailed test and p level of 0.01,<br>determining the cutoff and drawing the curve.<br>With whichp level-0.05 or 0.01-is it easiest to<br>reject the null hypothesis? Explain.<br>h. Ifit is easier to reject the null hypothesis with cer-<br>tam p levels, does this mean that there 15 a bigger<br>difference between the samples with one p level<br>versus the other p level? Explain.<br>7.49 Patient adherence and orthodontics: A rescarch<br>

Extracted text: two-tailed test, there are small changes in SIGDS 2 and 4 of hypothesis testing. (Note: For this example, assume that those from populations other than the one on which it was normed will score lower, on average. That is, hypothesize that the Canadians will have a lower mean.) Conduct steps 2, 4, and 6 of hypothesis testing for a one-tailed test. d. Under which circumstance-a one-tailed or a two- tailed test-is it easier to reject the null hypothesis? Explain. e. If it becomes easier to reject the null hypothesis under one type of test (one-tailed versus two- tailed), does this mean that there is a bigger differ- ence between the with a one-tailed test than groups with a two-tailed test? Explain. f. When we change the p level that wve use as a cut- off, there is a small change in step 4 of hypothesis testing. Although 0.05 is the most commonly used level, other values, such as 0.01, are often used. For this example, conduct steps 4 and 6 of hypoth- esis testing for a two tailed test and p level of 0.01, determining the cutoff and drawing the curve. With whichp level-0.05 or 0.01-is it easiest to reject the null hypothesis? Explain. h. Ifit is easier to reject the null hypothesis with cer- tam p levels, does this mean that there 15 a bigger difference between the samples with one p level versus the other p level? Explain. 7.49 Patient adherence and orthodontics: A rescarch
Jun 07, 2022
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