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Difference Equations Solving System Responses with Stored Energy

February 2, 2019 by 3200 Creative

Difference Equations Solving System Responses with Stored Energy

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  1. Question 1 of 5
    1. Question

    Initial conditions summarize the effect of all past inputs to the system.

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  2. Question 2 of 5
    2. Question

    The steady-state response of a system described by a difference equation describes the transition from the initial condition to the steady-state condition.

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  3. Question 3 of 5
    3. Question

    The transient response of a system described by a difference equation describes how the system responds to the input after a long time has passed.

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  4. Question 4 of 5
    4. Question

    If the input to a system described by a difference equation is x[n]=(3/4)^n, which of the following could represent the steady-state response of the system? Select all that apply.

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  5. Question 5 of 5
    5. Question

    If the roots of the system’s characteristic equation are 1/3 and 2/3, which of the following could represent the transient response of the system? Select all that apply.

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Course Lessons

  • Impulse Response and LTI Systems – Part II

  • Graphical Evaluation of Discrete-Time Convolution

  • Graphical Evaluation of Continuous-Time Convolution

  • Difference Equations: Solving System Responses with Stored Energy

  • Characteristics of Systems Described by Difference Equations

  • Differential Equations: Solving System Responses with Stored Energy

  • Characteristics of Systems Described by Differential Equations

  • Two-Dimensional Signal Processing: Discrete Space

  • Problems for Time Domain LTI Systems

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  • FIR Filter Design

  • Random Signal Characterization

  • Basis Representations of Signals

  • Estimation of Power Spectra and Coherence

  • Introduction to Signal Estimation and Detection Theory

  • MMSE Filtering and Least-Squares Problems

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