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shown in Figures 1.2.9 through 1.2.14. In each of Problems 24 through 29 identify the differential equation that corresponds to the given direction field. (a) y = 2y - 1 (b) y = 2 + y (c) y = y 2 (d) y = y(y + 3) (e) y = y(y - 3) (f) y = 1 + 2y (g) y = -2-y (h) y = y(3-y) (i) y = 1-2y (i) y = 2-y

shown in Figures 1.2.9 through 1.2.14. In each of Problems 24 through 29 identify the differential equation that corresponds to the given direction field. (a) y = 2y - 1 (b) y = 2 + y (c) y = y 2 (d) y = y(y + 3) (e) y = y(y - 3) (f) y = 1 + 2y (g) y = -2-y (h) y = y(3-y) (i) y = 1-2y (i) y = 2-y

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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shown in Figures 1.2.9 through 1.2.14. In each of Problems 24 through 29 identify the differential equation that corresponds to the given direction field. (a) y = 2y - 1 (b) y = 2 + y (c) y = y 2 (d) y = y(y + 3) (e) y = y(y - 3) (f) y = 1 + 2y (g) y = -2-y (h) y = y(3-y) (i) y = 1-2y (i) y = 2-y
Transcribed Image Text:shown in Figures 1.2.9 through 1.2.14. In each of Problems 24 through 29 identify the differential equation that corresponds to the given direction field. (a) y = 2y - 1 (b) y = 2 + y (c) y = y 2 (d) y = y(y + 3) (e) y = y(y - 3) (f) y = 1 + 2y (g) y = -2-y (h) y = y(3-y) (i) y = 1-2y (i) y = 2-y
24. The direction field of Figure 1.2.9. st 3 2 FIGURE 1.2.9 Direction field for Problem 24.
Transcribed Image Text:24. The direction field of Figure 1.2.9. st 3 2 FIGURE 1.2.9 Direction field for Problem 24.
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