Right tail normal distribution table

    • [DOC File]4: Probability and Probability Distributions

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      From Table 3, the z-value corresponding to an area of .15 in the right tail of the normal distribution is a value that has area .8500 to its left. The closest value given in the table is . Then,

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    • [DOC File]Subsets of the Real Numbers

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      Jan 21, 2011 · USING A STANDARD NORMAL DISTRIBUTION TABLE. Left-tail style table - EXAMPLE 8: STANDARD NORMAL DISTRIBUTION TABLE. Use Table 3 of the Appendix to find the described areas under the standard normal curve. Find the area under the standard normal curve to the left of z = -1.00. Find the area to the left of z = 1.18. EXAMPLE 9: USING THE STANDARD ...

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    • [DOC File]St. John Fisher College

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      The graph shows a standard normal curve with the shaded areas to the left of z = -2.14 and to the right of z = 2.14. For a two-tailed test, P = 2(area in tail). From the normal table the area corresponding to z = 2.14, the area in the right tail is 1 – 0.9838 = 0.0162.So the P-value for the two-tail test with z =2.14 is P = 2(0.0162) = 0.0324.

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    • [DOC File]Chapter Seven - Miami Dade College

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      Area in the right tail = .01 b. Area in the left tail = .005 c. Area in the left tail = .025 d. Area in the right tail = .01. 8.42 a. Area in the left tail = .05 b. ... Choose the confidence level and find the required value of z from the normal distribution table 5. Obtain the confidence interval for p using the formula . …

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    • [DOC File]Homework Set #3/97

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      The value of z that leaves 12.3% of the total probability in the right hand tail of the normal distribution is z = +1.16. Therefore, [6] (c) Compare your answers to parts (a) and (b) and draw whatever conclusions are justified from the results of your calculations and this comparison. Be as explicit as possible.

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    • [DOCX File]Minnesota State University Moorhead

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      What proportion of the normal distribution corresponds to the tail beyond z = -0.50? The proportion in the left tail beyond z = -0.50 is the same as the proportion in the right tail beyond z = +0.50. Look up z = .50 in column A, and find the proportion in tail (column C). p(z

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    • [DOC File]Chapter Nine

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      Right-tailed test because the rejection region is in the right tail of the distribution curve. b. Two-tailed test because the rejection region lies in both tails of the distribution curve. ... From the normal distribution table, area to the right of z = 2.38 is .5 – .4913 = .0087 approximately. Hence, p –value = .0087 . a. Step 1: H0: µ ...

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    • [DOC File]Numerical Examples for Statistical Tables

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      Notice: By now, you should have noticed that while every Statistical Table collected at the end of your textbook, provides the critical values for the right-tail as well as the left-tail probabilities, except the F-Table, which contains the critical values for the right-tail probabilities only.

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    • [DOC File]Extreme Value Theory with High Frequency Financial Data

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      In right-tail 99.5% VAR in Table 4, one can simply observe that by daily returns one would on average expect a 3.81% VAR but with half-day returns on average would expect 2.53% VAR. One can interpret this as by using an intraday return system, a risk manager can allocate capital separately for the morning and the afternoon and average 2.53% VAR.

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    • [DOCX File]Numerical Examples for Statistical Tables

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      tail probabilities, except the F-Table, which contains the critical values for the right-tail probabilities only. However, one might use the following nice property of F-distribution that: F 1, 2, 1- = 1 / F 2, 1, to obtain the critical values for the left-tail probabilities. Here is a numerical example:

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