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1. Discuss briefly the application of Gauss' law for the electric field to determine the electric field due to charge distributions.
2. State Gauss' law for the magnetic field. How is it derived from Faraday's law?
3. What is the physical interpretation of Gauss' law for the magnetic field?
Write down an expression for the pdf of Z.
Design low pass active filter with a cutoff frequency t at 10kHz or more by 30db and have the pass band gain positive that does not deviate from 20db by more than 3db. The pass band frequency needed is 800Hz and below Derive transfer function
Assume that the horizontal axes are parallel to the earth surface.
identify one emerging technology and evaluate its future prospects by identifying the cultural and social factors
A car's radio may be subjected to voltage spikes induced by coupling from the ignition system. Pulses on the order of ±250 V and lasting for 120 µs may exist. Design a clipper circuit using resistors, diodes, and Zener diodes to limit the input vo..
A 10-watt signal is connected to a low-pass channel with bandwidth B Hz. If the channel is corrupted by additive whiteGaussian noise (AWGN) with singel-sided power spectral density of10-7 Watts/Hz.
Determine the frequency of the waveforms of Problems, and compare the magnitude of the derivative.- Plot the following waveform versus time showing one clear, complete cycle.
A piston-cylinder assembly contains 2 kg of water vapor initially at 1 MPa and 250 oC. The water vapor is cooled at constant pressure until the water reaches a quality of 50%. a. Show the process on P-v and T-v diagrams with respect to the sa..
Draw the signal flow graph of a transposed direct form II implementation of this system.
Find the Thévenin equivalent for the circuit in Figure.- Then select values for R and L so that the Thévenin voltage has a pole at -24 krad/s.
Restricting yourself to nondegenerate dopings and also requiring the resistance to be readily measured with a hand-held multimeter (say 1 R 1000), what is the range of doping Pick a doping concentration in the mid range.
A 5-MVA, 66:13.2kV, three-phase transformer supplies a three-phase resistive load of 4,500kW at 13.2kV. What is the load resistance in ohms as measured from the line-to-neutral on the high-voltage side of the transformer, if it is connected in Y-Y..
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