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Problem 1: Ripple-Carry Adder Design
Design, simulate and verify a 16-bit ripple-carry adder by performing the following additions/subtractions (the values of a and b are given in decimal):
(i) (-10) + (100),
(ii) (63) - (- 127),
(iii) (15) + (95),
(iv) (-32) + (79),
(v) (-59) + (-16),
(vi) (1000) + (2001),
(vii) (-3210) + (15).
Problem 1: Plot the adiabatic flame temperature, and equilibrium SO, SO2, NO, and NO2 concentrations for mixtures coal and biomass with biomass fractions ranging from 0 to 1. Assume two cases of air input: 25% theoretical and 20% excess air.
Write the Boolean expression for each of the logic circuits below. Which Boolean law is used to transform each of the following equations? Draw a logic circuit for circuit represented by each expression:
ENGG958 Life Cycle and Risk Management Assignment 4: A workplace-based report. What are the risks or risk categories that engineering asset management have to deal with? Is risk management part of engineering asset management? What key issues of risk..
Topic is on RFID (Radio Frequency Identification) RFID Privacy and Security
Consider a structure consisting of two M/M/1 QSs working in parallel, with service ratesµ1 andµ2, respectively. The overall arrival rate is Poisson.
CEE 357 Win 2014 HW#1: What volume of seawater would have to be processed to recover one kilogram of silver, assuming an extraction process with 100% efficiency?
Film attendance an excellent film with a very small advertising budget must depend largely on wordof-mouth advertising.
Compute the cross-sectional area occupied by a roving of fiberglass with a Yield of 56 yards/lb. How many 112 Yield roving are needed to obtain the same cross-sectional area.
If the frequency of the second pole is 20 MHz and if it remains unchanged while additional capacitance is introduced as mentioned, find the frequency to which the first pole must be lowered so that the resulting amplifier is stable for closed-loop..
Calculate the discharge and seepage velocities for water flowing in a pipe filled with sand, with a hydraulic conductivity of 0.02 m/day and an effective porosity of 0.25. The hydraulic gradient is 0.4. How far will the water move in one year?
Transistors Q10, Q11, and Q13 are to be identical and must have the same gm as Q8 and Q9. Transistor Q12 is to be four times as wide as Q13. Let k1n =3k1p =180 μA/V2, and Vtn |Vtp |= 0.5 V; let all hannel lengths be equal; and let VDD =VSS =1.5 V..
The impedance of a capacitor is inversely proportional to the frequency and the capacitor effectively blocks dc voltage.
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