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Unformatted text preview: Assignment #06  Solutions — p.1 ECSE—2410 Signals & Systems ~ Spring 2009 Due Tue 02/03/09 1(20). Find the step response (in closed form) of y[n]— % y[n ~11: 2x[n] using classical techniques
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ECSE2410 Signals & Systems — Spring 2009 Due Tue 02/03/09 2(30). (b) Continued.
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3(20). For the circuit shown, C =1 (a) Find the differential equation + i + Assignment #06 — Solutions — p.5 ECSE2410 Signals & Systems  Spring 2009 Due Tue 02/03/09 4(30). Find the impulse response of y[n]—— % y[n — 1] '2 x[n]+ x[n — 1] by means of (a) Table of iterations, as done in class. (Find terms, y[n], n = 0,1,2,3,4.) (9 the) :21 £0) for: I? W 46"“; :43t‘5r cal ”We 15% fail“ +0 616333;:(G’G'2’Xaﬁx’cﬁ—ij
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