uz < and u4 at the points P1, P2, P3, and P4, respectively, are given by u2 + u4 + 100+100 4 200 + u3 + u1 + 100 u2 4 200 + 100 + u4 + u2 uz 4 u3 + 100 + 100+u1 4 (a) Show that this system of equations can be written as the matrix equation -4 1 1 (–200) 1 -4 1 u2 -300 1 -4 1 uz -300 1 1 -4, -200, (b) Solve the system in (a) by finding the inverse of the coefficient matrix. u = 200 P2 P3 u = 100 u = 100 P1 P4 4 = 100

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
Section: Chapter Questions
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uz < and u4 at the points P1, P2, P3, and P4, respectively, are given by
u2 + u4 + 100 + 100
U1 =
4
200 + u3 + u1 + 100
U2
4
200 + 100 + U4 + u2
U3
4
u3 + 100 + 100 + u1
U4 =
4
(a) Show that this system of equations can be written as the matrix equation
-4
1
1
– 200\
u1
1
-4
1
U2
-300
1
-4
1
Uz
-300
1
1
-4
-200
(b) Solve the system in (a) by finding the inverse of the coefficient matrix.
u = 200
P2
P3
u = 100
u = 100
P4
4 = 100
Transcribed Image Text:uz < and u4 at the points P1, P2, P3, and P4, respectively, are given by u2 + u4 + 100 + 100 U1 = 4 200 + u3 + u1 + 100 U2 4 200 + 100 + U4 + u2 U3 4 u3 + 100 + 100 + u1 U4 = 4 (a) Show that this system of equations can be written as the matrix equation -4 1 1 – 200\ u1 1 -4 1 U2 -300 1 -4 1 Uz -300 1 1 -4 -200 (b) Solve the system in (a) by finding the inverse of the coefficient matrix. u = 200 P2 P3 u = 100 u = 100 P4 4 = 100
4. Consider the square plate shown in the figure, with the temperatures as indicated on each
side. Under some circumstances it can be shown that the approximate temperatures u1, u2,
Transcribed Image Text:4. Consider the square plate shown in the figure, with the temperatures as indicated on each side. Under some circumstances it can be shown that the approximate temperatures u1, u2,
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