The number of initial public offerings of stock issued in a 10-year period and the total proceeds of these offerings (in millions) are shown in the table. Construct andinterpret a 95% prediction interval for the proceeds when the number of issues is 640. The equation of the regression line is y=34.756x + 16,820.956.Issues, xProceeds, y4234686904944913947462186173 e17,882 29,841 44,824 31,826 36,848 35,868 20,763 10,922 30,955 28,561Construct and interpret a 95% prediction interval for the proceeds when the number of issues is 640.Select the correct choice below and fill in the answer boxes to complete your choice.(Round to the nearest million dollars as needed. Type your answer in standard form where "3.12 million" means 3,120,000.)O A. We can be 95% confident that when there are 640 issues, the proceeds will be between $and $O B. There is a 95% chance that the predicted proceeds given 640 issues is between $and $

The regression equation is given as : y^=34.756x+16820.956 The prediction interval for α=0.05,…

The number of initial public offerings of stock issued in a 10-year period and the total proceeds of these offerings (in millions) are shown in the table. Construct and interpret a 95% prediction interval for the proceeds when the number of issues is 640. The equation of the regression line is y = 34.756x + 16,820.956. 491 394 17,882 29,841 44,824 31,826 36,848 35,868 20,763 10,922| 30,955 28,561 Issues, x Proceeds, y 423 468 690| 494 74 62| 186 173 O Construct and interpret a 95% prediction interval for the proceeds when the number of issues is 640. Select the correct choice below and fill in the answer boxes to complete your choice. (Round to the nearest million dollars as needed. Type your answer in standard form where "3.12 million" means 3,120,000.) O A. We can be 95% confident that when there are 640 issues, the proceeds will be between S and s O B. There is a 95% chance that the predicted proceeds given 640 issues is between S and S

The number of initial public offerings of stock issued in a 10-year period and the total proceeds of these offerings (in millions) are shown in the table. Construct and interpret a 95% prediction interval for the proceeds when the number of issues is 640. The equation of the regression line is y = 34.756x + 16,820.956. 491 394 17,882 29,841 44,824 31,826 36,848 35,868 20,763 10,922| 30,955 28,561 Issues, x Proceeds, y 423 468 690| 494 74 62| 186 173 O Construct and interpret a 95% prediction interval for the proceeds when the number of issues is 640. Select the correct choice below and fill in the answer boxes to complete your choice. (Round to the nearest million dollars as needed. Type your answer in standard form where "3.12 million" means 3,120,000.) O A. We can be 95% confident that when there are 640 issues, the proceeds will be between S and s O B. There is a 95% chance that the predicted proceeds given 640 issues is between S and S

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter4: Equations Of Linear Functions

Section4.6: Regression And Median-fit Lines

Problem 6PPS

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The number of initial public offerings of stock issued in a 10-year period and the total proceeds of these offerings (in millions) are shown in the table. Construct and interpret a 95% prediction interval for the proceeds when the number of issues is 640. The equation of the regression line is y= 34.756x + 16,820.956. Issues, x Proceeds, y 17,882 29,841 44,824 31,826|36,848 35,868 20,763 10,922 30,955 28,561 423 468 690 | 494 491 394 74 62 186 173 Construct and interpret a 95% prediction interval for the proceeds when the number of issues is 640. Select the correct choice below and fill in the answer boxes to complete your choice. (Round to the nearest million dollars as needed. Type your answer in standard form where "3.12 million" means 3,120,000.) O A. We can be 95% confident that when there are 640 issues, the proceeds will be between S and $ O B. There is a 95% chance that the predicted proceeds given 640 issues is between $ and $
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