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Consider the gain plot in Figure P12-68.
(a) Find the transfer function corresponding to the straightline gain plot.
(b) Use MATLAB to plot the Bode magnitude of the transfer function.
(c) Design a circuit that will realize the transfer function found in part (a).
(d) Use Multisim to verify your circuit design.
State the reasons why wood is a preferred material in structural work.
A 6 foot diameter pipleine carries water at a temperature at 60F at a steady flow rate of 60 cubic feet per second. The pipeline makes a 90 degree horizontal bend.
Assume 0.1 kg of air initially at 200 kPa and 300 K undergoes an isothermal compression process to a volume of 0.02 m3. Find the work done in the process and the final pressure. Sketch the process on a P-V diagram.
A computer CPU chip consists of 50 g silicon, 20 g copper, and 50 g polyvinyl chloride (plastic). It heats from 15?C to 75?C as the computer is turned on. How much did the entropy increase?
A soil core is selected that consists mostly of quartz and has a total volume of 200 mL. The soil mass as collected (i.e., wet) is 326 g and 290 g after it is dried.
A bus strike will eliminate all bus traffic, but it is estimated that for each bus removed from the roadway, seven additional passenger vehicles will be added as travelers seek other means of travel. What are the density, volume-to-capacity ratio,..
one gram of pepper is placed into a 100 mL beaker, and the beaker is filled with water to the 100 mL mark. What is the concentration of pepper in mg/L. What should one assume in this problem
Explain why the typical shape of a UC compared to a UB makes it more suitable forcompression applications. Use of diagrams and reference to different types of bucklingwould assist the answer. Calculations are not necessary, but identification of key ..
An activated sludge system treats 1500 m3/day of raw wastewater with a BOD of 250 mg/L. The reactor volume is 375 m3. The kinetic parameters were determined to be: x = 3 day-1, Y = 0.55 kg SS/kg cells, and Ks = 150 mg/L.
Assume the datum is at the bottom of the silty sand layer. Plot gradient versus depth of piling and extrapo-late to find the exit gradient.
Near the point (x, y) =(3,2) in a flow with a zero y-component (v=0), the velocity component are described by u =3x-3z, and w = 6-4z+ x. The velocities u and w are in m/s and are in the x- and z- directions, respectively.
Find the modal frequencies and mode shapes for the frame assuming the columns are fixed at the top and the bottom and Sketch out the first and third mode shape.
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