EXAMPLES: 2-TRANSFORMHW:x[n] = 28[n] + 38[n-1]+58[n-2] + 28[n- 3]Line No. x(n), niz0Region ofConvergencez-Transform X(:)x(n)8(n)2 >0az3au(n)4nu(n)E > 1d'un)|z| > lal78na"uk n)E > la)(:z sin (a)22- 2z cos (a) + 1:- cos (a))2z cos (a) +1[a sin (b)):-(2a cos (b)): + a: -a cos (b)]2- (2a cos (b)]: + a[e sin (b))12 cos (b)): +e1: - e" cos (b)I- 12e cos (bl: +e 2a- a)sin(a)udn)10cos (an)u(n)l2 > 111d' sin (hn)u(n)| > la|d' cos (bn)ukn)El > lal12ean sin (bn)udn)El >1314"cos (bn)u(n)Page 4|4%3D

Answered: Image /qna-images/answer/11598b7c-e94c-4de1-8444-957ff98bf77f.jpg

EXAMPLES: 2-TRANSFORM HW: x[n] = 28[n] + 38[n-1] + 58[n- 2] + 28[n- 3] Region of Line No. x(m), niz0 z-Transform M:) Convergence 1 xn) 2 le >0 3 1- 4 (2- 1) d'u(n) e| > lal 7 E| > la) (:- ay z sin (a) - 2z cos (a) +1 :- cos (a)) - 2z cos (a) +1 [a sin (b)): - 2a cos(b): + a :- a cos (b)| - 2a cos (b): + a-? sin (b): 9 10 cos(an)u(n) d'sin (hn)u(n) e| > la| 12 d' cos(bn)udn) 13 sin (hn)udn) 1:- cos (b) - 12e cos (bil:+e 14 cos (bnju(n) %3D

EXAMPLES: 2-TRANSFORM HW: x[n] = 28[n] + 38[n-1] + 58[n- 2] + 28[n- 3] Region of Line No. x(m), niz0 z-Transform M:) Convergence 1 xn) 2 le >0 3 1- 4 (2- 1) d'u(n) e| > lal 7 E| > la) (:- ay z sin (a) - 2z cos (a) +1 :- cos (a)) - 2z cos (a) +1 [a sin (b)): - 2a cos(b): + a :- a cos (b)| - 2a cos (b): + a-? sin (b): 9 10 cos(an)u(n) d'sin (hn)u(n) e| > la| 12 d' cos(bn)udn) 13 sin (hn)udn) 1:- cos (b) - 12e cos (bil:+e 14 cos (bnju(n) %3D

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.5P

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