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19. A botanist finds that the number of fruit, F, a certain plant produces depends on the total number of hours c sunlight, S, it receives over the growing season. Hours of sunlight 1000 Number of fruit 250 1200 708 1400 1302 1600 2032 Which equation could model the relationship shown in the table? a. F=b b. F=mS+b C. F = abs 1800 2898 d. F=as² +bS+c

19. A botanist finds that the number of fruit, F, a certain plant produces depends on the total number of hours c sunlight, S, it receives over the growing season. Hours of sunlight 1000 Number of fruit 250 1200 708 1400 1302 1600 2032 Which equation could model the relationship shown in the table? a. F=b b. F=mS+b C. F = abs 1800 2898 d. F=as² +bS+c

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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19. A botanist finds that the number of fruit, F, a certain plant produces depends on the total number of hours of sunlight, S, it receives over the growing season. Hours of sunlight 1000 Number of fruit 250 1200 708 1400 1302 1600 2032 Which equation could model the relationship shown in the table? C. F = abs a. F=b b. F = mS+b 1800 2898 x1.E=x (ill d. F=as² +bS+c
Transcribed Image Text:19. A botanist finds that the number of fruit, F, a certain plant produces depends on the total number of hours of sunlight, S, it receives over the growing season. Hours of sunlight 1000 Number of fruit 250 1200 708 1400 1302 1600 2032 Which equation could model the relationship shown in the table? C. F = abs a. F=b b. F = mS+b 1800 2898 x1.E=x (ill d. F=as² +bS+c
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