n-1 n-1 k n-2 n-2 - = P k X6n-10 X6n-9 = 4 - n-1 п-1 n-1 h k k n-1 X'6n-8 = r X'6n-7 = P h - . k - 4 n-1 n-1 n-1 h k - X6n-6 X6n-5 = r %3D h-P

College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter8: Sequences, Series, And Probability
Section8.5: Mathematical Induction
Problem 42E
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Show me the steps of determine yellow and information is here step by step .it complete

Proof: For n = 0 the result holds. Now suppose that n > 0 and that our assumption
holds for n – 1. That is;
п-1
п-1
k
п-2
п-2
G)
p-h
X6n-10
X6n-9 = q
k - q
п-1
n-1
п-1
h
k
п-1
(E)
9 - k
X6n-8
h - P
X6n-7 = p
k - q
п-1
п-1
р — h
п-1
h
X6n-6
X6n-5 = r
h — р
Now, it follows from Eq.(11) that
x6n-6X6n-7
X6n-4 = X6n-7
X6n-6 - X6n-9
п-1
п-1
p-h
п-1
п-1
k
k-q
п-1
k
п-1
= p
п-1
п-1
п-1
п-2
p-h
q
p-h
п-1
n-1
(1)
(E)
п-1
k
п-1
(1)
- 1
п-1
n-1
(1)
п-1
k
п-1
k
q-k
k
п-1
k
п-1
1
q - k
p
п-1
k
п-1
k
k - 4,
k - .
Therefore
k
n-1
X6n-4 = p
k.
Also, from Eq.(11), we see that
X6n-5X6n-6
X6n-3 = x6n-6
X6n-5 - X6n-8
п-1
п-1
п-1
h
q-k
p-h
п-1
п-1
р — Һ
h-p
= q
n-1
п-1
п-1
q-k
- r
h-p
22
Transcribed Image Text:Proof: For n = 0 the result holds. Now suppose that n > 0 and that our assumption holds for n – 1. That is; п-1 п-1 k п-2 п-2 G) p-h X6n-10 X6n-9 = q k - q п-1 n-1 п-1 h k п-1 (E) 9 - k X6n-8 h - P X6n-7 = p k - q п-1 п-1 р — h п-1 h X6n-6 X6n-5 = r h — р Now, it follows from Eq.(11) that x6n-6X6n-7 X6n-4 = X6n-7 X6n-6 - X6n-9 п-1 п-1 p-h п-1 п-1 k k-q п-1 k п-1 = p п-1 п-1 п-1 п-2 p-h q p-h п-1 n-1 (1) (E) п-1 k п-1 (1) - 1 п-1 n-1 (1) п-1 k п-1 k q-k k п-1 k п-1 1 q - k p п-1 k п-1 k k - 4, k - . Therefore k n-1 X6n-4 = p k. Also, from Eq.(11), we see that X6n-5X6n-6 X6n-3 = x6n-6 X6n-5 - X6n-8 п-1 п-1 п-1 h q-k p-h п-1 п-1 р — Һ h-p = q n-1 п-1 п-1 q-k - r h-p 22
Bxn-10n-2
Xn+1 = axn-2 +
n = 0,1, ..,
(1)
YIn-1 + dxn-4
1.
The following special case of Eq.(1) has been obtained is follows
Xn-1Xn-2
Xn+1 = Xn-2 -
(11)
Xn-1 - Xn-4
where the initial conditions x-4, x_3, x-2, a-1, xo are arbitrary non zero real num-
bers with x-4 # x-1 and x-3 # xo.
Theorem 7. Let {rn}-3 be a solution of Eq.(11). Then every solution of Eq.(11)
is unbounded. Moreover {x,}03 takes the form
=-3
k
n-1
п-1
X6n-4
= p
X6n-3 = 4
k -
h
k
X6n-2
X6n-1 = p
n+1
().
h
X6n
X6n+1 = r
%3D
р
h - p
Transcribed Image Text:Bxn-10n-2 Xn+1 = axn-2 + n = 0,1, .., (1) YIn-1 + dxn-4 1. The following special case of Eq.(1) has been obtained is follows Xn-1Xn-2 Xn+1 = Xn-2 - (11) Xn-1 - Xn-4 where the initial conditions x-4, x_3, x-2, a-1, xo are arbitrary non zero real num- bers with x-4 # x-1 and x-3 # xo. Theorem 7. Let {rn}-3 be a solution of Eq.(11). Then every solution of Eq.(11) is unbounded. Moreover {x,}03 takes the form =-3 k n-1 п-1 X6n-4 = p X6n-3 = 4 k - h k X6n-2 X6n-1 = p n+1 (). h X6n X6n+1 = r %3D р h - p
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