problem (1.) Consider the nonlinear system which has 3 equilibria: (0, 0), (1, 0), (-1, 0). subproblem (a.) it = -X1 + 4, i2 = -2X2, Linearize the system at one of the equilibria. subproblem (b.) Determine whether the equilibrium chosen in (a.) is stable. question-1.PNG
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A black and white picture consist of 525 lines of picture information assume each line consist of 525 picture elements each element having 256 brightness levels and the picture at rate of 30/sec .calculate the average information conveyed by a TV set to viewer
(a) Using the Gram-Schmidt orthogonalizarion procedure, find a set of orrhonormal basis functions to represent the three signals s1 (t), s2 (t), and s3 (t) shown in Figure. (b) Express each of these signals in terms of the set of basis functions found in part(a).
2 Determine the input impedance of the circuit in Figure 1 at ? = 20 rad/s.3 Determine vo(t) in the circuit of Figure 2.4 Solve for Vo in the circuit of Figure 3 using mesh analysis.
EE4310-01 Fall 2020 Design Project: System Planning Time given: 5 Weeks Due December 15, 2020 Approximate time required: 15 hours As a planning Engineer for Los Angles Gas and Electric (LAG&E), you have been tasked with the task to determining the transmission system changes required to locate a new 600MW Solar farm in the Eastern portion of your service territory (see Figure 1). LAG&E […]
A 208-V, 60 Hz, six-pole Y-connected 25-hp design class B induction motor is tested in the laboratory, with the following results: No load: VNL = 208 V, INL = 22.0 A, PNL = 1200 W, ftest= 60Hz Blocked rotor: VBR = 24.6 V, IBR = 64.5 A, PBR = 2200 W, ftest = 15Hz DC test: VDC = 13.5 V, IDC = 64 A (i) […]
Design the limiting circuit for a negative threshold of -1.9 V and a positive threshold of +2.2 V. Assume the AC input peak voltage is equal to 5 V, the maximum allowable current through each diode is 2 mA, and VD,on 800 mV.
Consider a 2.4GHz WLAN transmitter, radiating +20 dBm power from anisotropic antenna, is located at a workstation in an office building. It isseparated from the network access node (receiver) from a distance of 35 m.The wireless signal crosses 5 m open space of theoffice itself, then through aplasterboard wall (which causes 6-dB signal attenuation), and finally a largeopen area with a path-loss exponent of 3.1. […]
We want to analyze the given circuit to determine the voltages at all nodes and the currents through all branches. Determine the value of RB2 in order operate transistor in Active region. Assume ß=75.
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