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ECE2111 review questions for topics 5–8 The following questions cover concepts and skills introduced in topics 5–8. They are indica- tive of the style of problems on the second mid-semester test for ECE2111. (The test will have fewer problems though!) Any of the problems on tutorial sheets 6–9 are also useful for review, as are […]

ECE2111 review questions for topic 1–3 The following 10 questions cover concepts introduced in topics 1–3. They are indicative of the style of problems on the first mid-semester test for ECE2111. Any of the problems on tutorial sheets 1–4 are also useful for review, as are many problems at the end of chapter 1 and

ECE2111 review questions for topic 1–3 The following 10 questions cover concepts introduced in topics 1–3. They are indicative of the style of problems on the first mid-semester test for ECE2111. Any of the problems on tutorial sheets 1–4 are also useful for review, as are many problems at the end of chapter 1 and

This is a practice environment. Please go to https://eassessment.monash.edu for your exams. – 1 year old Examination Period EXAM CODES: ECE2111 Signals and systems TITLE OF PAPER: mock exam EXAM DURATION: During an exam, you must not have in your possession any item/material that has not been authorised for your exam. This includes books, notes,

ECE2111 review questions for topic 1–3 The following 10 questions cover concepts introduced in topics 1–3. They are indicative of the style of problems on the first mid-semester test for ECE2111. Any of the problems on tutorial sheets 1–4 are also useful for review, as are many problems at the end of chapter 1 and

ECE2111 Signals and systems Useful formulas Sifting formula: Convolution: x[k]δ[n−k] foralln x(τ)δ(t−τ)dτ forallt (x1 ∗x2)[n] = Infinite sum: If |α| < 1 then Indefinite integrals: (x1 ∗x2)(t) = x1(τ)x2(t−τ) dτ x1[k]x2[n−k] αk = 1−α. k=0 􏰆xx 􏰆k1k+1 e dx=e +c x dx=k+1x +c (fork̸=−1) DTFT of sampled signal If x has continuous-time Fourier transform X