Q2 By using convolution integral, find the overall impulse response H(t) for two cascaded systems with the system impulse responses, h₁ (t) and h₂ (t) expressed as: h₂ (t) = 7e-2u(t) h₂(t) = 3e-stu(t) State the commutative property of convolution. Then, show that the answer obtained in Q2 (a) satisfies the commutative property of convolution.
Q2 By using convolution integral, find the overall impulse response H(t) for two cascaded systems with the system impulse responses, h₁ (t) and h₂ (t) expressed as: h₂ (t) = 7e-2u(t) h₂(t) = 3e-stu(t) State the commutative property of convolution. Then, show that the answer obtained in Q2 (a) satisfies the commutative property of convolution.
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![By using convolution integral, find the overall impulse response H(t) for two cascaded
systems with the system impulse responses, h, (t) and h₂ (t) expressed as:
h₂ (t) = 7e-2u(t)
h₂(t) = 3e-stu(t)
State the commutative property of convolution. Then, show that the answer obtained
in Q2 (a) satisfies the commutative property of convolution.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F35d5772a-56f2-46b6-a8c3-6044a9932042%2F007580c7-9480-4ebb-ba62-1542d1003751%2F9lqjgiw_processed.png&w=3840&q=75)
Transcribed Image Text:By using convolution integral, find the overall impulse response H(t) for two cascaded
systems with the system impulse responses, h, (t) and h₂ (t) expressed as:
h₂ (t) = 7e-2u(t)
h₂(t) = 3e-stu(t)
State the commutative property of convolution. Then, show that the answer obtained
in Q2 (a) satisfies the commutative property of convolution.
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