1.8 If - {(21-4) (214) x(t) = plot x(1), x(t+1), x (¹¹), and x for t ≤2 for 2, [-]
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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Question
Number 1.8 and 1.11
![covering the time duration between 4 s and 6 s.
(b) Obtain an expression for x4[-(-4)] and plot it.
1.8 If
x(t) =
(b) x(-3t+6)
(c) x(-3t-6)
-{(21-4)
for t ≤2
(214) for 22,
plot x (1), x(1+1), x (¹+¹), and x
1x [-].
1.9 Given x (t) = 10(1-e), plot x(-t + 1).
1.10
Given x (t) = 5 sin² (671), plot x(1 - 3) and x(3-1).
1.11 Given the waveform of x (1) shown in P1.11(a), generate
and plot the waveform of:
(a) x (21+6)
(b) x(-21+6)
(c) x(-21-6)
1.12 Given the waveform of x (t) shown in P1.11(b), generate
and plot the waveform of:
(a) x(3t+6)
1.13 If x(t)=0 unless a ≤ t ≤ b, and y(t) = x(ct+d)
unless e ≤ t ≤f, compute e and f in terms of q. b. c. and d
1.19 Gene
waveforms
(a) x₁ (t) =
(b) x2(t) =
(c) x3 (t) =
1.20 Gene
waveforms
(a) x₁ (t) =
(b) x2(t) =
(c) x3 (t) =
1.21 Provi
waveforms
1.22 Gene
the time spa
(a) x₁ (t) =
(b) x2 (1)
"(c) x3 (1)
(d) x (1)
=](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4af9ab5f-d2a0-4043-afe7-997c4c946684%2Fd0716004-dd93-4a40-b320-ac74795eb3e8%2Fs6p8mk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:covering the time duration between 4 s and 6 s.
(b) Obtain an expression for x4[-(-4)] and plot it.
1.8 If
x(t) =
(b) x(-3t+6)
(c) x(-3t-6)
-{(21-4)
for t ≤2
(214) for 22,
plot x (1), x(1+1), x (¹+¹), and x
1x [-].
1.9 Given x (t) = 10(1-e), plot x(-t + 1).
1.10
Given x (t) = 5 sin² (671), plot x(1 - 3) and x(3-1).
1.11 Given the waveform of x (1) shown in P1.11(a), generate
and plot the waveform of:
(a) x (21+6)
(b) x(-21+6)
(c) x(-21-6)
1.12 Given the waveform of x (t) shown in P1.11(b), generate
and plot the waveform of:
(a) x(3t+6)
1.13 If x(t)=0 unless a ≤ t ≤ b, and y(t) = x(ct+d)
unless e ≤ t ≤f, compute e and f in terms of q. b. c. and d
1.19 Gene
waveforms
(a) x₁ (t) =
(b) x2(t) =
(c) x3 (t) =
1.20 Gene
waveforms
(a) x₁ (t) =
(b) x2(t) =
(c) x3 (t) =
1.21 Provi
waveforms
1.22 Gene
the time spa
(a) x₁ (t) =
(b) x2 (1)
"(c) x3 (1)
(d) x (1)
=
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