Discrete-Time The diagrams show the impulse responses (), frequency responses () and pole-zero diagrams () of 4 causal discrete-time LTI systems. But the diagrams are out of order. Match each diagram by filling out . Impulse Response Frequency Response Pole-Zero Diagram 1 2 3 4

In these pole-zero diagrams, the zeros are shown with "o" and the poles are shown by "x". The diagrams show the impulse responses (), frequency responses () and pole-zero diagrams () of 4 causal discrete-time LTI systems. But the diagrams are out of order. Match each diagram by filling out . Impulse Response Frequency Response Pole-Zero Diagram 1 2 3 4

In these pole-zero diagrams, the zeros are shown with "o" and the poles are shown by "x". The diagrams show the impulse responses () and pole-zero diagrams () of 8 causal discrete-time LTI systems. But the diagrams are out of order. Match each diagram by filling out . Impulse Response Pole-Zero Diagram 1 2 3 4 5 6 7 8

In these pole-zero diagrams, the zeros are shown with "o" and the poles are shown by "x". The diagrams show the frequency responses magnitudes H ω f () and pole-zero diagrams () of 8 causal discrete-time LTI systems. But the diagrams are out of order. Match each diagram by filling out . Frequency Response Pole-Zero Diagram 1 2 3 4 5 6 7 8

In these pole-zero diagrams, the zeros are shown with "o" and the poles are shown by "x". The diagrams show the frequency responses (), impulse responses (), and pole-zero diagrams () of 4 causal discrete-time LTI systems. But the diagrams are out of order. Match each diagram by filling out . Frequency Response Pole-Zero Diagram Impulse Response 1 2 3 4

In these pole-zero diagrams, the zeros are shown with "o" and the poles are shown by "x". The diagrams show the frequency responses () and pole-zero diagrams () of 6 causal discrete-time LTI systems. But the diagrams are out of order. Match each diagram by filling out . Frequency Response Pole-Zero Diagram 1 2 3 4 5 6

In these pole-zero diagrams, the zeros are shown with "o" and the poles are shown by "x". The diagrams show the pole-zero diagrams () and impulse responses () of 8 causal discrete-time LTI systems. But the diagrams are out of order. Match each diagram by filling out . Pole-Zero Diagram Impulse Response 1 2 3 4 5 6 7 8

In these pole-zero diagrams, the zeros are shown with "o" and the poles are shown by "x".

Continuous-Time Match the impulse response h t of a continuous-time LTI system with the correct plot of its frequency response H ω f . Explain how you obtain your answer.

For the impulse response h t illustrated in , identify the correct diagram of the poles of H s . Explain how you obtain your answer.

indicate the pole locations of six continuous-time LTI systems. Match each with the corresponding impulse response () without actually computing the Laplace transform. Pole-Zero Diagram Impulse Response 1 2 3 4 5 6

shows the impulse responses and frequency responses of four continuous-time LTI systems. But they are out of order. Match the impulse response to its frequency response magnitude, and explain your answer. Impulse Response Frequency Response 1 2 3 4

shows the impulse responses and frequency responses of four continuous-time LTI systems. But they are out of order. Match each impulse response with its frequency response. Impulse Response Frequency Response 1 2 3 4

shows the pole diagrams and frequency responses of four continuous-time LTI systems. But they are out of order. Match each pole diagram with its frequency response. Pole Diagram Frequency Response 1 2 3 4

The diagrams show the pole-zero diagrams () and frequency responses () of 8 causal discrete-time LTI systems. But the diagrams are out of order. Match each diagram by filling out . Pole-Zero Diagram Frequency Response 1 2 3 4 5 6 7 8

In these pole-zero diagrams, the zeros are shown with "o" and the poles are shown by "x".

The figures show two input signals x 1 t and x 2 t , two impulse responses h 1 t and h 2 t (see ), and four output signals y 1 t , y 2 t , y 3 t , y 4 t (see ). Identify which input signal and which impulse response causes each of the four output signals. (Your answer should have four parts; y 1 t h ? t x ? t , etc.)

The figures show two input signals x 1 t and x 2 t , two impulse responses h 1 t (see ) and h 2 t , and four output signals y 1 t , y 2 t , y 3 t , y 4 t (see ). Identify which input signal and which impulse response causes each of the four output signals. (Your answer should have four parts; y 1 t h ? t x ? t , etc.)