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The ratio of resistances of a 100 W, 220 V lamp to that of a 100 W, 110 V lamp will be at their respective voltages is?
Four hundred grams of nitrogen gas (molecular weight=28g/mole) are stored in a 10-liter container. Set up an excel worksheet to determine the pressure of the gas (in atmospheres) as a function of temperature and volume, assuming nitrogen is an idea..
A three-phase round-rotor synchronous generator, rated 10kV, 50MVA, has armature resistance R of .01 per unit and synchronous reactance of Xd of 1.65 per unit. The machine operates on a 10-kV infinite-bus delivering 2000 A at 0.9 PF leading.
General model of element is made up of a block diagram. - Give it and clearly show the components.
he circuit is excited by a full-wave, ac/dc SCR converter. The ac voltage (input to the converter) is 120 V (rms), and the circuit resistance is 5 Ohm. At a trggering angle of 30 degrees, the load current is continous . Calculate the following
Demonstrate that it is impossible for all three lines to be matched when looking toward the junction.
Consider a 16-ary PSK system with symbol error probability PE=10-5. A Gray code is used for the symbol to big assignment. What is the approximate bit error probability. Repeat for a 16-ary orthogonal FSK system.
Extension cords which are designed to carry heavier loads are generally larger in diameter than those which are not. Is this just a matter of adding more insulation, or is there a physical principle at work causing the larger diameter? Explain.
The air density is 1.23 kg/m^3. If the rolling frictional force is determined to be 47,500 N and the power required to sustain the current velocity is 4.681 MW, determine the approximate drag coefficient of the train
Consider an ideal op-amp in inverting amplifier configuration with feedback impedance Rf=7ohms and an input impedance consisting of a series RL: Ri=9ohms and Li=5H. Let h(t) be the impulse response of the overall amplifer.
Charged line and multiple conducting planes. An infinitely long line charged with a charge density PI is located at a distance d from a very large conductor, as in Figure 5.38.
Does anyone have a solutions manual for this HW or can help with showing intermediate steps? 1. Write the following functions using only + (OR), • (AND) and '(NOT) operations: (5p) (a) f = (a ⊕ b)(c'⊕ d) (5p) (b) g= a⊕b'⊕ (c'⊕ d)
Problem: Calculate the transfer function for the circuit shown below. In the circuit, R1 = R2 = k ? and C1 = C2 = 0.1 μF. Express your result as ratio of two polynomials.
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