35. For each of following equations, is it an ODE or a PDE? Is it linear or nonlinear? What is their order? • (a) y (x) – 2y(z) = x, (b) - ry = 0, (d) = v +e, (e) = sin(x), and (f) e) • (g) + = 0, (h) ( = + sin(t), and (c) () + y(r) = r. 2d+ y(x) = . du and (i) ƏT 36. Verify that y(r) = A+Be * is a solution to the initial value problem y (r)+y(x) = 0 with y(0) = 2. Find A and B.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Solve question 35 and 36
35. For each of following equations, is it an ODE or a PDE? Is it linear or nonlinear?
What is their order?
• (a) y(7) – 2y(z) = x,
(b) - ry = 0,
and (c) () + y(2) = r.
• (d) -+e", (e) - sin(), and (f) e + 2 + y(2) = r.
dr2
• (g)
主=0(h) (2)= 2+ sin(). and ()-
and (i)
36. Verify that y(r) = A+ Be is a solution to the initial value problem y (r) +y(r)=0
with v(0)
2. Find A and B.
Solve the ordinary differential eqnation (ODE)
1-y(r) +2y (a)=6z+6 with y (0)= 1
Transcribed Image Text:35. For each of following equations, is it an ODE or a PDE? Is it linear or nonlinear? What is their order? • (a) y(7) – 2y(z) = x, (b) - ry = 0, and (c) () + y(2) = r. • (d) -+e", (e) - sin(), and (f) e + 2 + y(2) = r. dr2 • (g) 主=0(h) (2)= 2+ sin(). and ()- and (i) 36. Verify that y(r) = A+ Be is a solution to the initial value problem y (r) +y(r)=0 with v(0) 2. Find A and B. Solve the ordinary differential eqnation (ODE) 1-y(r) +2y (a)=6z+6 with y (0)= 1
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