griculture). Table 3 shows the yield (in bushels per acre) and the total production (in millions of bushels) for corn in the United States for selected years since 1950. (Use 4 decimal places in all answers.) Table 3: US Corn Production Year Yield (bushels per acre) Total Production (million bushels) 1950 37.6 2,782 1960 55.6 3,479 1970 81.4 4,802 1980 97.7 6,867 1990 115.6 7,802 2000 139.6 10,192 A. Let x represent years since 1900 and find the logarithmic model for the yield. Y(x) = B. What is the r2 value for the equation in part A? r2 = C. Let x represent years since 1900 and find the logarithmic model for the production. P(x) = D. What is the r2 value for the equation in part C? r2 =
griculture). Table 3 shows the yield (in bushels per acre) and the total production (in millions of bushels) for corn in the United States for selected years since 1950. (Use 4 decimal places in all answers.) Table 3: US Corn Production Year Yield (bushels per acre) Total Production (million bushels) 1950 37.6 2,782 1960 55.6 3,479 1970 81.4 4,802 1980 97.7 6,867 1990 115.6 7,802 2000 139.6 10,192 A. Let x represent years since 1900 and find the logarithmic model for the yield. Y(x) = B. What is the r2 value for the equation in part A? r2 = C. Let x represent years since 1900 and find the logarithmic model for the production. P(x) = D. What is the r2 value for the equation in part C? r2 =
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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(Agriculture). Table 3 shows the yield (in bushels per acre) and the total production (in millions of bushels) for corn in the United States for selected years since 1950. (Use 4 decimal places in all answers.)
Table 3: US Corn Production
| Year | Yield (bushels per acre) | Total Production (million bushels) |
| 1950 | 37.6 | 2,782 |
| 1960 | 55.6 | 3,479 |
| 1970 | 81.4 | 4,802 |
| 1980 | 97.7 | 6,867 |
| 1990 | 115.6 | 7,802 |
| 2000 | 139.6 | 10,192 |
A. Let x represent years since 1900 and find the logarithmic model for the yield.
Y(x) =
B. What is the r2 value for the equation in part A?
r2 =
C. Let x represent years since 1900 and find the logarithmic model for the production.
P(x) =
D. What is the r2 value for the equation in part C?
r2 =
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