The charactersitic equation of a 2nd​ order, constant coefficient differential equation is​ p(x)=x^2, and​ y_p=sin(x) is a particular solution. Which is the general​ solution? A. ​y=a+bx+sin(x), where a and b are constants B. ​y=ax+bx^2+sin(x), where a and b are constants C. ​y=asin(bx)+c, where​ a, b, and c are constants D. ​y=a+bx+csin(x), where​ a, b, and c are constants

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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The charactersitic equation of a 2nd​ order, constant coefficient differential equation is​ p(x)=x^2, and​ y_p=sin(x) is a particular solution. Which is the general​ solution?
 
 
A. ​y=a+bx+sin(x), where a and b are constants
 
B. ​y=ax+bx^2+sin(x), where a and b are constants
 
C. ​y=asin(bx)+c, where​ a, b, and c are constants
 
D. ​y=a+bx+csin(x), where​ a, b, and c are constants
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