1. (Slope fields) Sketch the slope field to the differential equation dy dr =-y+5 2. (Verify Solution) Verify that the function y(x) = 5-e is a solution to the differential equation dy dx dy dx = y + 5. 3. (Separation of Variables) Use separation of variables to determine the most general solution to the differential equation = sin(x)y.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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1. (Slope fields) Sketch the slope field to the differential equation
dy
d.x
= y +5
2. (Verify Solution) Verify that the function y(x) = 5-e is a solution to the differential equation
dy
dx
dy
da
=-y + 5.
3. (Separation of Variables) Use separation of variables to determine the most general solution to the differential
equation
= sin(x)y.
Transcribed Image Text:1. (Slope fields) Sketch the slope field to the differential equation dy d.x = y +5 2. (Verify Solution) Verify that the function y(x) = 5-e is a solution to the differential equation dy dx dy da =-y + 5. 3. (Separation of Variables) Use separation of variables to determine the most general solution to the differential equation = sin(x)y.
Expert Solution
Step 1

To sketch a slope field we find the value of the slope=dydx for points in xy plane and make arrows with the slope calculated at those points. The resulting plot is called slope field of a differential equation. 

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