• Q : What are the exact form of the equations....
    Electrical Engineering :

    How do you draw the standard form simulation diagram given a higher-order differential equation; and how to make adjustments if the output must be put in the state equation form, y=Cx+Du. How do

  • Q : A majority function is generated in a combinational circuit....
    Electrical Engineering :

    A majority function is generated in a combinational circuit when the output is equal to 1 if the input variables have more 1's than 0's. The output is 0 otherwise. Design a 3-input (A, B, C) maj

  • Q : Determine the probability that an energy level is empty....
    Electrical Engineering :

    Determine the probability that an energy level is empty of an electron if the state is (a) below the Fermi level by 2kT and (b) above the Fermi level by 3kT.Hint: Probability of a state not being

  • Q : The donor concentration in a silicon sample....
    Electrical Engineering :

    The donor concentration in a silicon sample at 300K is ND = 1.2 x 1015 cm-3. 1 x 1016 cm-3 acceptor atoms are added to form a compensated p-type semiconductor so that the Fermi level is 0.26 eV

  • Q : Why was this portion not acceptable....
    Electrical Engineering :

    Similar to my last question. I broke these into multiple parts but tried to keep all of the information together. Why was this portion not acceptable on question_id=7502055?

  • Q : The instrinsic semiconductor....
    Electrical Engineering :

    We leared that wwhen the dopping is Na<<ni the properties of the dopped semiconductor is not different from the instrinsic semiconductor why? and justify your answer using charge neutrality

  • Q : Indicate the location of the depletion region....
    Electrical Engineering :

    For a MOS structure with p-type Silicon, sketch the locations of the charge carriers during depletion. You can indicate electrons as e- and holes as ?. Indicate the location of the depletion reg

  • Q : The standard form simulation diagram....
    Electrical Engineering :

    How do you draw the standard form simulation diagram given a higher-order differential equation; and how to make adjustments if the output must be put in the state equation form, y=Cx+Du.

  • Q : Express the function in the canonical....
    Electrical Engineering :

    Given the following function in sum-of-product form (not necessarily minimized): F(A,B,C,D) = A'BC+AD+AC, Re-Express the function in canonical product-of-sums form. Use big M notation.Given the

  • Q : Describe the specific safety precautions....
    Electrical Engineering :

    Describe the specific safety precautions to be taken when working with computer systems (to include safety guidance relating to the use of visual display unit (VDU) equipment and work station envir

  • Q : Estimate the diffusivity of a spherically shaped....
    Electrical Engineering :

    Estimate the diffusivity of the same solute in problem # 2 through cylindrical pores of a membrane that is 28 nm in diameter. Assume that the molecule enters the pores of the membrane from a well

  • Q : Find the solution manual....
    Electrical Engineering :

    Where can I find the solution manual of the Book: An Introduction to Error Correcting Codes with Applications, 1989 Klwer Academic Publisher, by Scott A. Vanstone & Paul C. Van Oorschot?

  • Q : Random variable that is exponentially distributed....
    Electrical Engineering :

    Let X be a random variable that is exponentially distributed with A>0, i.e., fX(x) = A*exp(-Ax), for x>=0; and fX(x)=0, for x<0. (a) Define Y=[X], which is the integer part of X. Find t

  • Q : How much power can you generate with this system....
    Electrical Engineering :

    Micro-Hydropower. You have a cabin in the Colorado wilderness far away from civilization and want to install a small hydro generator to provide electricity. A stream runs down a hill behind your

  • Q : Determine the initial value....
    Electrical Engineering :

    The input signal vi(t) is a step function which equals zero for t <0 and equals 3.0 Volts for t > 0. Determine the initial value of vo(t) at t = 0+ and the final value of vo(t) when R = 10

  • Q : Rule to arrive at the required probability....
    Electrical Engineering :

    We have two light bulbs, A and B. Bulb A has an exponentially distributed lifetime with mean lifetime 4 days i.e lA = 14.Bulb B has an exponentially distributed lifetime with mean lifetime 6 days i.

  • Q : Control a small shopping center parking....
    Electrical Engineering :

    A control system is needed to control a small shopping center parking lot lighting system and the exterior lighting for the building. The design specifications require that the parking lot lighti

  • Q : Star connected cylindrical rotor synchronous....
    Electrical Engineering :

    A 3 phase, 50 Hz, 4 pole, 11 kV, star connected cylindrical rotor synchronous generator with synchronous reactance of 60 Ohms/phase is operated at rated voltage, with a line current of 50 A, and

  • Q : Cylinder of linear dielectric material....
    Electrical Engineering :

    A very long cylinder of linear dielectric material is placed in an otherwise uniform electric field Eo. Find the resulting field within the cylinder. (the radius is a , the susceptibility is Xe

  • Q : New network assistant has ordered a batch....
    Electrical Engineering :

    Your new network assistant has ordered a batch of RJ-11 connectors to keep in reserve for building network cables on your twisted-pair network. Is this order appropriate for your company's needs

  • Q : The amount of salt in the tank at time....
    Electrical Engineering :

    A tank is initially filled with 1000 litres of brine, containing 0.15kg of salt per litre. Fresh brine containing o.25kg of salt per litre runs into the tank at the rate of 4L/s, and hte mixture

  • Q : The voltage drops across three resistors....
    Electrical Engineering :

    The voltage drops across three resistors in series are measured 10V, 15V, and 25V. If the largest resistor is 47 ohms, what is the value of the smallest resistor?

  • Q : The total space charge region....
    Electrical Engineering :

    A pn-junction is uniformly doped and has dopant concentration of NA = 4 x1016 cm-3 in the pregion at 300K. At zero bias, 20% of the total space charge region (W) is extended in the pregion.Calculat

  • Q : What is the total number of electrons transported....
    Electrical Engineering :

    The current supplied by a battery slowly decreases as the battery runs down. Suppose that the current as a function of time is I= ( 0.740 A) e^{- t /6 hr} . What is the total number of electrons

  • Q : Develop flip flop which is equivalent....
    Electrical Engineering :

    Develop flip flop which is equivalent to the 74x74 positive-edge-triggered flip flop using a 74x109 positive-edge-triggered flip flop. No other component is to be used.

©TutorsGlobe All rights reserved 2022-2023.