Which of the following equations can be reduced to the homogenuous linear differential equation with constant coefficient? О а. d?y dy + 3x- dx dx3 dx? d³y + 2x³. dx? b. d²y dy + 3x dx dr3 d³y 2x2. dx² d²y dy C. + 3x = 0 dx3 dx d. d³y d?y dy = 0 dx + x + 3x². dx3 dx? O e. d³y + 2x² dx? d²y dy + 3x- dx

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Which of the following equations can be reduced to the homogenuous linear differential equation with constant coefficient?
d³y
d?y
dy
+ 3x-
= 0
dx³
dx?
dx
d³y
d?y
dy
= 0
dx
Ob.
+ 2x3.
+ 3x-
dx3
dx?
d³y
,d²y
dy
+ 3x
dx
Ос.
dx3
dx?
d³y
d?y
dy
= 0
dx
d.
+ x-
+ 3x2.
dx3
dx?
d³y
d?y
dy
е.
+ 2x2.
+ 3x
= 0
dx
dx3
dx?
Transcribed Image Text:Which of the following equations can be reduced to the homogenuous linear differential equation with constant coefficient? d³y d?y dy + 3x- = 0 dx³ dx? dx d³y d?y dy = 0 dx Ob. + 2x3. + 3x- dx3 dx? d³y ,d²y dy + 3x dx Ос. dx3 dx? d³y d?y dy = 0 dx d. + x- + 3x2. dx3 dx? d³y d?y dy е. + 2x2. + 3x = 0 dx dx3 dx?
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