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1. How do you find the work done in moving a test charge by an infinitesimal distance in an electric field?
2. What is the amount of work involved in moving a test charge normal to the electric field?
3. What is the physical interpretation of the line integral of E between two points A and B?
4. How do you find the approximate value of the line integral of a vector along a given path?
A ideal transformer is rated at 4800/480 volt, at 75KVA. it is connected as a step down auto transformer. find the line and load voltages, turns ratio and total apparent, real and reactive power at full load and at 60% rated load at a power factor..
Determine the number of hours at a drain current of 150 mA, and compare the ratio of drain current to the resulting ratio of hours of availability.
A parking garage charges a $ 5.00 minimum fee to park for up to three hours and an additional $ 1.00 per hour for each hour over the hours. the maximum charge for any given 24 hours period is $ 2.00.
write a VHDL module to implement a circuit that can generate a clock signal whose time period is a multiple of the input clock. A control signal F determines the multiplying factor. If F=0 the output signal has a time period twice that of the inpu..
In a 10-μm long bar of donor-doped silicon, what donor concentration is needed to realize a current density of 1 mA/μm2 in response to an appliedvoltage of 1V.
A transducer with a Thevenin equivalent output resistance, RTH =10 k-ohm and a Thevenin equivalent open circuit voltage of V TH = 1 millivolt must be amplif ied to 5 volts. Using an ideal OpAmp, design a non-inverting amplifier circuit to do this ..
A first order lowpass filter is operating in sinusoidal steady state conditions at a frequency of 2 kHz. It is determined that the positive peak of the output is delayed by 0.1 ms compared with the positive peak of the input.
Find the gains of the IP regulator and the bandwidth of speed regulation loop with the IP regulator. In that gain setting, plot the following responses.
Using the Quine-McCluskey's method, find the SOP and POS solutions for the function below, and verify that they match with the Karnaugh map solutions. f (a,b, c, d) = \(\sum m(0,1,6,15)+ \sum d(3,5,7,11,14)\)
The donor ground states for tellurium in GaAs are 5.9 meV below conduction band (there are 2 of them because of spin). Atroom temperature (300 K), what is probability that a given ground state is occupied if the Fermi level (Ef) is 0.1 eV below Ec
An output pulse of 5μs duration is to be generated by a 74LS122 one-shot. Using a capacitor of 10,000 pF, determine the value of external resistance required.
A synchronous generator is rated 1,300 MVA, 22,000 volt, three phase, 3600 rpm, 60 Hz with a synchronous reactance of 0.35 ohms per phase. The machine is delivering rated output at rated voltage and 0.94 power factor lagging.
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