Assume that the component failure rate is A1=0.001 per hour and the voter failure rate is A-0.01 per day.Does your run work with a failure probability of less than 0.03? (Suppose the occurrence of breakdowns isindependent of each other and the breakdowns follow the law of exponential breakdown.).

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Answered: Assume that the component failure rate…

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter10: Sequences, Series, And Probability

Section10.8: Probability

Problem 21E

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Olympic Pole Vault The graph in Figure 7 indicates that in recent years the winning Olympic men’s pole vault height has fallen below the value predicted by the regression line in Example 2. This might have occurred because when the pole vault was a new event there was much room for improvement in vaulters’ performances, whereas now even the best training can produce only incremental advances. Let’s see whether concentrating on more recent results gives a better predictor of future records. (a) Use the data in Table 2 (page 176) to complete the table of winning pole vault heights shown in the margin. (Note that we are using x=0 to correspond to the year 1972, where this restricted data set begins.) (b) Find the regression line for the data in part ‚(a). (c) Plot the data and the regression line on the same axes. Does the regression line seem to provide a good model for the data? (d) What does the regression line predict as the winning pole vault height for the 2012 Olympics? Compare this predicted value to the actual 2012 winning height of 5.97 m, as described on page 177. Has this new regression line provided a better prediction than the line in Example 2?

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Assume that the component failure rate is A1=0.001 per hour and the voter failure rate is 2-0.01 per day. Does your run work with a failure probability of less than 0.03? (Suppose the occurrence of breakdowns is independent of each other and the breakdowns follow the law of exponential breakdown.).