Let us solve the following equation via separation of variables du(x, t) Ət = 3 Pu(x, t) dx² a) After using the ansatz u(x, t) = X(x)T(t), which equations do you get? Pick only two. (below C' denotes a constant) 3T (t) JT(1) = 1T(t) JT (1) de = 3CT(t) 0³X(x) d² CX(x) ²X(z) Dz² √C X(x) D De 8² X(z) = X(x) = = = √3CT(t)

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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Let us solve the following equation via separation of variables
du(x, t)
Ət
= 3 Pu(x, t)
dx²
a)
After using the ansatz u(x, t) = X(x)T(t), which equations do you get? Pick only two. (below C' denotes a constant)
3T (t)
JT(1)
= 1T(t)
JT (1)
de
= 3CT(t)
0³X(x)
d²
CX(x)
²X(z)
Dz²
√C X(x)
D
De
8² X(z) = X(x)
=
=
= √3CT(t)
Transcribed Image Text:Let us solve the following equation via separation of variables du(x, t) Ət = 3 Pu(x, t) dx² a) After using the ansatz u(x, t) = X(x)T(t), which equations do you get? Pick only two. (below C' denotes a constant) 3T (t) JT(1) = 1T(t) JT (1) de = 3CT(t) 0³X(x) d² CX(x) ²X(z) Dz² √C X(x) D De 8² X(z) = X(x) = = = √3CT(t)
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