application of this method considers the Clairaut difference equation As an Yk = kAyk + f(Ayk), (6.52)
application of this method considers the Clairaut difference equation As an Yk = kAyk + f(Ayk), (6.52)
Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
Explain the determine purple and the eqaution is here
![ull stc ksa
3:03 PM
C @ 1 40%
As an application of this method considers the Clairaut difference equation
Yk = kAyk + f (Ayk),
(6.52)
Cancel
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Transcribed Image Text:ull stc ksa
3:03 PM
C @ 1 40%
As an application of this method considers the Clairaut difference equation
Yk = kAyk + f (Ayk),
(6.52)
Cancel
Actual Size (434 KB)
Choose
![6.4.1
Example
Let the function f be equal to (Ayk)²; therefore, equation (6.52) becomes
Yk = kxk + x,
(6.61)
where we have substituted x =
Ayk. Operating with A gives
(k +1)A¤k + 2xrAær + (Aæx)² =
= 0.
(6.62)
Thus, we conclude that either
Axk = 0 and
Yk = ck + c²,
(6.63)
%3D
or
Ark + 2xk + k +1= xk+1 + xk + k +1 = 0.
(6.64)
The solution to the last equation is
= c(-1)* – 1/½k – 1/4,
(6.65)
which gives for equation (6.61) the second solution
Yk = [c(-1)* – 1/4]² – 1¼k².
(6.66)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F57a26049-260e-45aa-910f-dd852150673b%2F3c00a603-3db7-4502-a269-24a2f7968b66%2Fh1hhv7x_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6.4.1
Example
Let the function f be equal to (Ayk)²; therefore, equation (6.52) becomes
Yk = kxk + x,
(6.61)
where we have substituted x =
Ayk. Operating with A gives
(k +1)A¤k + 2xrAær + (Aæx)² =
= 0.
(6.62)
Thus, we conclude that either
Axk = 0 and
Yk = ck + c²,
(6.63)
%3D
or
Ark + 2xk + k +1= xk+1 + xk + k +1 = 0.
(6.64)
The solution to the last equation is
= c(-1)* – 1/½k – 1/4,
(6.65)
which gives for equation (6.61) the second solution
Yk = [c(-1)* – 1/4]² – 1¼k².
(6.66)
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