f2n dm bn-1 (d – f)"(b – d)"' cn+1e2n U8n-4 U8n-3 a" (а — с)" (с — е)п' dn+1 f2n b" (b – d)"(d – f)n ' e2n+1cn U8n-2 = U8n-1 a" (а — с)"(с — е)" f2n+ld" br (b – d)"(d – f)n’ cn+1 2n+1 a"(c – e)"(a – c)n+1? dn+1 f2n+1 b" (d – f)"(b – d)n+1* - u8n U8n+1 U8n+2 - - is work aims to investigate the equilibria, local stability, global attractivity he exact solutions of the following difference equations Bun-1un-5 Yun-3 - bun-s' n= 0,1,.., Un+1 = aun-1 + (1) Bun-1un-s Yun-3 + dun-s e the coefficients a, B, y, and 6 are positive real numbers and the initial con- Un+1 = aun-1 n = 0,1,.., (2)
f2n dm bn-1 (d – f)"(b – d)"' cn+1e2n U8n-4 U8n-3 a" (а — с)" (с — е)п' dn+1 f2n b" (b – d)"(d – f)n ' e2n+1cn U8n-2 = U8n-1 a" (а — с)"(с — е)" f2n+ld" br (b – d)"(d – f)n’ cn+1 2n+1 a"(c – e)"(a – c)n+1? dn+1 f2n+1 b" (d – f)"(b – d)n+1* - u8n U8n+1 U8n+2 - - is work aims to investigate the equilibria, local stability, global attractivity he exact solutions of the following difference equations Bun-1un-5 Yun-3 - bun-s' n= 0,1,.., Un+1 = aun-1 + (1) Bun-1un-s Yun-3 + dun-s e the coefficients a, B, y, and 6 are positive real numbers and the initial con- Un+1 = aun-1 n = 0,1,.., (2)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question

Transcribed Image Text:e2n cn
U8n-5 =
an-1(c – e)"(a – c)n'
U8n-4 =
bn-1(d – f)"(b– d)"'
cn+1 e2n
U8n-3 =
a" (a – c)"(c – e)n'
dn+1 f2n
b" (b – d)" (d – f)n '
e2n+1cn
U8n-2 =
U8n-1 =
a" (а — с)" (с — е)п'
f2n+1d"
b" (b – d)"(d – f)n '
cn+1e2n+1
U8n =
U8n+1
а" (с — е)" (а — с)m+1'
dn+1 f2n+1
b"(d – f)*(b – d)n+1*
U8n+2 =
This work aims to investigate the equilibria, local stability, global attractivity
and the exact solutions of the following difference equations
Bun-14n-5
yun-3 - bun-5
Un+1 = aun-1+
n = 0,1, ...,
(1)
Bun-1un-5
Yun-3 + dun-5'
where the coefficients a, B, y, and & are positive real numbers and the initial con-
ditions u for all i = -5,-4, ..., 0, are arbitrary non-zero real numbers. We also
Un+1 = aun-1
n= 0,1, ...,
(2)
present the numerical solutions via some 2D graphs.
2. ON THE EQUATION Un+1=aun-1+
Bun-1ün-s
Yun-3-dun-5
This section is devoted to study the qualitative behaviors of Eq. (1). The
equilibrium point of Eq. (1) is given by
Un-1un-5
Un+1 = Un-1 +
n = 0, 1,...,
(10)
Un-3 - Un-5
d" f2n-2
br-1(b – d)n-1(d – f)n-1’
e2n-1cn-1
U8n-10 =
U8n-9 =
an-1(a – c)"-1(c – e)n–1'
fan-1n-1
bn-1(b -
U8n-8 =
- d)n-1(d – f)n-1>
c"e2n-1
an-1(c – e)n-1(a – c)n'
d" f2n-1
b2-1(d- f)n-1(b– d)"*
U8n-7 =
U8n-6 =
Also, Eq. (10) leads to
U8n-4u8n-8
U8n-2= U8n-4 +
U8n-6
U8n-8
2n-1 n-1
f2n d"
br-1(d – f)"(b – d)"
fand"
bn-1(d-f)" (b-d)n bn-1(b-d)n-1(d-f)n-I
dn f2n-1
f2n-1dn-1
bn-1(b-d)n-1(d-f)n-1
f2n d"
bn-1(d - f)"(b- d)"
f2n dn
f2n dn
b" (d – f)"(b– d)n-1
|
1
b" (d – f)"(b– d)n (°
f2n an+1
b" (d – f)"(b – d)"
%3D
(b
-d)-1
||

Transcribed Image Text:U8n-4 U8n-8
U8n-2 = U8n-4 + U8n-6 +
U8n-8
U8n-6
Expert Solution
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