Problem 3 (3 pts each). We define functions x(t) and y(t) as: x(t) = 8(t + 2) — 8(t − 2), y(t) = -00 x(t)g(t)dt, where the specific form of the function g(t) will be defined below. (a) Is the function x(t) even, odd, or neither? (Q9) (b) If we define g(t) = 1, is the function y(t) even, odd, or neither? (Q10) (c) We define g(t) = 1 + 3t − t², determine the value of y(t) at t = −3 (Q11), t = −1 (Q12), and t = 3 (Q13).

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Problem 3 (3 pts each). We define functions x(t) and y(t) as: x(t) = 8(t + 2) — 8(t − 2), y(t) =
-00
x(t)g(t)dt, where the specific form of the function g(t) will be defined below.
(a) Is the function x(t) even, odd, or neither? (Q9)
(b) If we define g(t) = 1, is the function y(t) even, odd, or neither? (Q10)
(c) We define g(t) = 1 + 3t − t², determine the value of y(t) at t = −3 (Q11), t = −1 (Q12), and
t = 3 (Q13).
Transcribed Image Text:Problem 3 (3 pts each). We define functions x(t) and y(t) as: x(t) = 8(t + 2) — 8(t − 2), y(t) = -00 x(t)g(t)dt, where the specific form of the function g(t) will be defined below. (a) Is the function x(t) even, odd, or neither? (Q9) (b) If we define g(t) = 1, is the function y(t) even, odd, or neither? (Q10) (c) We define g(t) = 1 + 3t − t², determine the value of y(t) at t = −3 (Q11), t = −1 (Q12), and t = 3 (Q13).
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