(B+C) 2 ow at W(x, 0) W (A+B) 0²w 8x² 2 t≥ 0 (A+C) 2 W (0,t) = 0 w ((A+C), t) = 0 W Solve the above differential problem to find W(x, t). Attach your solution = (A+B+C) 3 0≤x≤
(B+C) 2 ow at W(x, 0) W (A+B) 0²w 8x² 2 t≥ 0 (A+C) 2 W (0,t) = 0 w ((A+C), t) = 0 W Solve the above differential problem to find W(x, t). Attach your solution = (A+B+C) 3 0≤x≤
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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Question
Use - (B+C) / 2 = -7/2
(A+B)/2 = 5/2
(A+B+C)/3 = 11/3
Transcribed Image Text:(B+C)
2
ow
at
W(x, 0)
W
(A+B) 0²w
8x²
2
t≥ 0
(A+C)
2
W (0,t) = 0
w ((A+C), t) = 0
W
Solve the above differential problem to find W(x, t). Attach your solution
=
(A+B+C)
3
0≤x≤
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