HW1 12, for n=3,4 1, for osく2 Let Xcn) = %3D elsewhere I. Re-write xcn) in both tabular Sequence form- II. Sketch Xen), x(n-2), 2(n +3) III. find ycn) if:(write it in Sequence form) y(n)= S(n) . xcn) ; • Xcn) ; %3D 9,cn) = S(n-2). X(n-2) Ygen)= u(n-1) • XUn+3) Yuen) = Xd (n) = X(n)
HW1 12, for n=3,4 1, for osく2 Let Xcn) = %3D elsewhere I. Re-write xcn) in both tabular Sequence form- II. Sketch Xen), x(n-2), 2(n +3) III. find ycn) if:(write it in Sequence form) y(n)= S(n) . xcn) ; • Xcn) ; %3D 9,cn) = S(n-2). X(n-2) Ygen)= u(n-1) • XUn+3) Yuen) = Xd (n) = X(n)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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![HW1
Let
Xcn)=
12, for n= 3,4
|1, for ogns2
elsewhere
I. Re-write xcn) in bath tabular Sequence
form.
II. Sketch xen), Xcn-2), X(n+3)
III. find ycn) form)
if: (write it in sequence
(n)= S(n) xen) ;
9,cn)= S(n-2). X(n-2);
%3D
9ain)= ucn-1) • Xln+3)
Yyen) = Xadd (n)
%3D
IW. Drauw a
graphical kepresentation for the
Draw a
following System.
a. yen)= 3xen) +2X(n-2) +2 yen-1)
6. yen)= 2{x,n)、X2cnー1)]+yn-2)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4be8fb1c-93fe-4b08-90d0-2832156f869e%2Fc8da9bb9-f13d-479d-90b5-215c4b20335f%2Fry7as1d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:HW1
Let
Xcn)=
12, for n= 3,4
|1, for ogns2
elsewhere
I. Re-write xcn) in bath tabular Sequence
form.
II. Sketch xen), Xcn-2), X(n+3)
III. find ycn) form)
if: (write it in sequence
(n)= S(n) xen) ;
9,cn)= S(n-2). X(n-2);
%3D
9ain)= ucn-1) • Xln+3)
Yyen) = Xadd (n)
%3D
IW. Drauw a
graphical kepresentation for the
Draw a
following System.
a. yen)= 3xen) +2X(n-2) +2 yen-1)
6. yen)= 2{x,n)、X2cnー1)]+yn-2)
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