Consider the two ODEs dy dx dy dx +y=0 + y² = 0 equil eq.2 (a) How are the two equations different in structure? (b) Show that, for any constant C, the function Ce is always a solution of 1, while Ca-¹ is a solution of 2 only when C = 0 or 1. (c) Show that, for any linear equation of the form dy dx eq:3 if z(x) is a solution, then, for any constant C, the function Cz(x) is also a solution. Hint: Plug Cz(x) into 3. + P(x)y = 0,
Consider the two ODEs dy dx dy dx +y=0 + y² = 0 equil eq.2 (a) How are the two equations different in structure? (b) Show that, for any constant C, the function Ce is always a solution of 1, while Ca-¹ is a solution of 2 only when C = 0 or 1. (c) Show that, for any linear equation of the form dy dx eq:3 if z(x) is a solution, then, for any constant C, the function Cz(x) is also a solution. Hint: Plug Cz(x) into 3. + P(x)y = 0,
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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![Consider the two ODES
dx
dy
dx
+y=0
+ y² = 0
(a) How are the two equations different in structure?
(b) Show that, for any constant C, the function Ce is always a solution of 1, while
Ca-¹ is a solution of 2 only when C = 0 or 1.
(c) Show that, for any linear equation of the form
dy
dx
eqil
eq.2
eq.3
if z(x) is a solution, then, for any constant C, the function Cz(x) is also a solution.
Hint: Plug Cz(x) into 3.
(d) What happens if you try to obtain the same result for an equation of the form
dy
dx
+ P(x)y = 0,
+ P(x)y² = 0?
eq.4
Does the same result hold?
(e) If you have found one solution of a linear ODE of the form 3, how many solutions
do you have? Consult your result from question 2c.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F160fd351-17ca-4577-bffb-265c7021964b%2F42796a2b-7f8d-49c5-be63-5865ad824a90%2Fij3yhmh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider the two ODES
dx
dy
dx
+y=0
+ y² = 0
(a) How are the two equations different in structure?
(b) Show that, for any constant C, the function Ce is always a solution of 1, while
Ca-¹ is a solution of 2 only when C = 0 or 1.
(c) Show that, for any linear equation of the form
dy
dx
eqil
eq.2
eq.3
if z(x) is a solution, then, for any constant C, the function Cz(x) is also a solution.
Hint: Plug Cz(x) into 3.
(d) What happens if you try to obtain the same result for an equation of the form
dy
dx
+ P(x)y = 0,
+ P(x)y² = 0?
eq.4
Does the same result hold?
(e) If you have found one solution of a linear ODE of the form 3, how many solutions
do you have? Consult your result from question 2c.
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