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1. Distinguish between bound electrons and free electrons in an atom.
2. Briefly describe the phenomenon of conduction.
3. State Ohms' law applicable at a point. How is it taken into account in Maxwell's equations?
4. Briefly describe the phenomenon of polarization in a dielectric material.
The Russian president and the Chinese counterpart need to come to an agreement by telephone. Neither can speak and understand each other's language. They need to employ translators. Compare this layered communication to OSI layers
The maximum radius a falling liquid drop can have without breaking apart is given by the equation: R = sqrt((sigma/gp)) where sigma is the liquid surface tension, g is the acceleration due to gravity, and p is the density of the liquid.
Design an enhanced synchronizer that samples the input on alternate rising clock edges.
The circuit elements have parameter values L1= 1H, L2=1H, C = 1F, and R = 2.5+(0.5x0.244) ohms. The resistor value is then between 2.5 and 2.9995 ohms. Using Kirchhoff's voltage and currents laws, derive the 3thorder differential equation for vo(t)..
An Underwater Optical Communication System and implementing Reed-Solomon Channel Coding
If the voltage at the positive pin is known to be +100 mV, what is the voltage you would expect at the negative one?
A 100-μF capacitor is initially charged to 100V. We want 90percent of the internal energy to remain after one minute. What is the limit on the leakage resitance for the capacitor.
Venant-Kirchhoff material properties are given as E = 600 MPa and ν = 0.49, write the expression of the S12 component of the second Piola-Kirchhoff stress as a function of α.
Once the sequence starts it will complete.If E=1 during the last output in the sequence the sequence repeats. Otherwise if E=0 the output remains constant at 1. The first thing they want in this problem is a Moore state diagram for the circuit.
Calculate the THD and Dynamic range for each case assuming ideal digital to analog conversion: i. N = 30 converter bits ii. N = 60 converter bits iii. N = 90 converter bits
When writing or speaking about reactance, how do we distinguish inductive reactance from capacitive reactance. How are resistances, inductive, and capacitive reactance treated in calculations of AC voltage and current.
The Capacitance Necessary To Establish A Unity Power Factor
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