Use boundary conditions (2) in u (x, 1) = X (t) T (1) are, u (0, t) = X (0) T (t)=0 And u (L, t) = X (L) T (1) =0 Since T (1) # 0 for all t, so only condition which holds above when X' (0) =0 and X' (L) =0.
Use boundary conditions (2) in u (x, 1) = X (t) T (1) are, u (0, t) = X (0) T (t)=0 And u (L, t) = X (L) T (1) =0 Since T (1) # 0 for all t, so only condition which holds above when X' (0) =0 and X' (L) =0.
Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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I don't understand why X'(0)=0 and not X(0)=0 because in the previous problems, the initial conditions were X(0)=0.
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kX" () Т () %—DX () T ()
X"(t)
X(t)
T'(t)
kT(t)
(4)
= -1
Feb 18, 2021 at
11-18 P...pnglmage
Lead to the two ordinary differential equations,
X" (t) + 1X (t) = 0
(5)
And,
T' (t) + kAT (t) = 0
(6)
Use boundary conditions (2) in u (x, t) = X (t) T (t) are,
u (0, t) = X (0) T (t) =0 And u (L, t) = X (L) T (t) =0
Since T (t) + 0 for all t, so only condition which holds above when
X GET 10 FREE QUESTIONS
X' (0) =0 and X' (L) =0.
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The corresponding solutions of the differential equations, given by
MAR
29
étv](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fca708747-373f-4dbe-b127-10492ca0e68f%2F54171c2f-2c97-47af-a522-6b404afa256b%2Fckn7jnm_processed.png&w=3840&q=75)
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E Bundle: Differential Equations with Bou...
< Chapter 12.3, Problem 4E >
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kX" () Т () %—DX () T ()
X"(t)
X(t)
T'(t)
kT(t)
(4)
= -1
Feb 18, 2021 at
11-18 P...pnglmage
Lead to the two ordinary differential equations,
X" (t) + 1X (t) = 0
(5)
And,
T' (t) + kAT (t) = 0
(6)
Use boundary conditions (2) in u (x, t) = X (t) T (t) are,
u (0, t) = X (0) T (t) =0 And u (L, t) = X (L) T (t) =0
Since T (t) + 0 for all t, so only condition which holds above when
X GET 10 FREE QUESTIONS
X' (0) =0 and X' (L) =0.
Privacy - Terms
The corresponding solutions of the differential equations, given by
MAR
29
étv
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< Chapter 12.3, Problem 4E >
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Bundle: Differential
Chapter 12.3, Problem 4E
Q & A
Equations wit...
Stuck on your
9th Edition
Textbook Problem
Feb 18, 2021 at
11-18 P...pnglmage
Dennis G. Zill
homework
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Publisher: Cengage Learning
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ISBN: 9781337604918
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Solve Problem 3 if L= 2 and
curated answer in as
fast as 30 minutes.*
Solutions
х, 0 <х<1
f (x) =
10, 1< x < 2.
Chapter
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12 Boundary-value Problems In Rec ▼
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12.3 Heat Equation
*Response times vary
To determine
by subject and
question complexif
Median response tii
X GET 10 FREE QUESTIONS
is 34 minutes and
PTODIENII OL
Privacy - Terms
To calculate: The temperature u (x, t) in a rod of length L, with the
may be longer for
MAR
29](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fca708747-373f-4dbe-b127-10492ca0e68f%2F54171c2f-2c97-47af-a522-6b404afa256b%2Fz4boeqg_processed.png&w=3840&q=75)
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Bundle: Differential
Chapter 12.3, Problem 4E
Q & A
Equations wit...
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Feb 18, 2021 at
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Dennis G. Zill
homework
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Publisher: Cengage Learning
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ISBN: 9781337604918
get an expertly
Solve Problem 3 if L= 2 and
curated answer in as
fast as 30 minutes.*
Solutions
х, 0 <х<1
f (x) =
10, 1< x < 2.
Chapter
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12 Boundary-value Problems In Rec ▼
19 of 30 questions left
this cycle
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Expert Solution
Renews on 4/17/21
12.3 Heat Equation
*Response times vary
To determine
by subject and
question complexif
Median response tii
X GET 10 FREE QUESTIONS
is 34 minutes and
PTODIENII OL
Privacy - Terms
To calculate: The temperature u (x, t) in a rod of length L, with the
may be longer for
MAR
29
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