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a. What is the resistance of a copper bus-bar with the dimensions shown (T = 20°C) in Figure?
b. Repeat (a) for aluminum and compare the results.
c. Without working out the numerical solution, determine whether the resistance of the bar (aluminum or copper) will increase or decrease with an increase in length. Explain your answer.
d. Repeat (c) for an increase in cross-sectional area.
A 500-turn coil is wound on an iron core. When a 120-V-rms 60-Hz voltage is applied to the coil, the current is 1 A rms. Neglect the resistance of the coil. Determine the reluctance of the core. Given that the cross sectional area of the core is ..
Use the Schroedinger wave equation to derive an expression for the confined energies of an electron trapped between two barriers separated by a distance, a. Hint: Take the potential to be constant and equal to zero between 0 and a
For the circuit in the figure, find v1 and v2 using nodal analysis. Round your answers to one decimal place.
What is resistance?Explain the term resistance combination?
What is the (approximate) maximum electric field intensity for which constant mobility may be assumed for electrons in silicon In a digital circuit with a supply voltage of 1V, what is the corresponding gate length for MOS transistors
how does your answer change if the bubble is elongated in the direction of the electric field and sphere and the dielectric shell are placed in an initially uniform electric field E 0 in the z direction.
A) If 220kV, 220 MVA with power factor 0.8 lagging is determined to be at the receiving end, calculate the voltage at the transmitting end. B) If 220kV, 220 MVA with power factor 0.8 lagging is determined to be at the receiving end
A 240kW 500 Volt 1750rpm separately excited dc generator has an overall efficiency of 94%. The shunt field resistance is 60ohms, and the rated current is 5amps. The I^2R loss in the armature is 0.023pu.
Materials (class notes, exam papers, assignments.etc.) for EE 587 (Nonlinear and Adaptive Control) of University of Southern California (USC). The course instructor is Professor Edmond Jonckheere.
A three-phase 60-Hz induction motor runs at 715 r/min at no load and at 670 r/min at full load. How many poles does this motor have?
Describe how the DEKF algorithm can be used to train the simple recurrent network shown in Fig. 15.3 You may also invoke the BPTT algorithm for this training.
We have an amplifier with a 1 MHz bandwidth and a 20 mV input signal. The input noise = 1 mV, output signal 6.0 mV, and output noise = 1 mV. Find: (a) SNR at the input (b) ..
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