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A sample of alumina powder has a mean ‘particle' diameter of 25 µm. What is the apparent specific surface area (SSA) of the powder? If each ‘particle' is in reality an agglomerate of ultimate particles of diameter 0.5 µm, estimate
(i) the number of ultimate particles per agglomerate and
(ii) the true SSA of the powder.
For each of the following functions, put the equation in the form of a Shannon decomposition. Create a pass transistor schematic to implement the function. Count the number of NMOS and PMOS transistors and the number of inverters.
Treat as an ideal gas ie it obeys pV=nRT law where pis pressure, V is volume, n is # of moles, R=82.056*10-6 m3-atm/mole-K is the universal gas constant and T is the absolute temperature.
Find the electric field intensity E, at (ρ=0,φ=a, z=h) due to a uniformly charged line of line charge density of ρLC/m and radius a lying inthe xy plane at z=0.
Describe the prototyping process of designing forms and reports. What deliverables are produced from this process? Are these deliverables the same for all types of system projects? Why or why not?
Calculate the annual return on investment (ROI) in for the process improvement in Example 16.5 if the factory operates 300 days per year, but sells only 500 widgets per day.
Build a C++ code for vehicle sensing device. Code is required to embed in the device so that then it must sense the location where the vehicle is currently present. The device must be able to track the location of the vehicle for its owner
Calculate the surface charge density on the inside surface of the conducting sphere.
3-bit Serial in, Parallel out Shift Register with asynchronous active low reset Requirement:-use rising edge D-ff(D flip flop) with asynchronous active low reset
A 1000KVA transformer is at full load with a 0.5 laggingpower factor. If the line voltage is 500 volts at 60Hz. Find the following quanties needed to improve the power factor to 0.95 byadding capacitors in parrallel with the transformer.
The magnitude of the acceleration of the block is 1.93 m/s^2 (a) Find the coefficient of kinetic friction between block and plane? I got 0.393 but it is wrong. (b) Find the speed of the block after it has slid 1.90 m
Design the circuit and select the appropriate components for that circuit to fulfill the requirements of the device. Verify your design by MATLAB simulations
Give an intuitive explanation of why the maximum throughput, for small beta, is approximately the same for CSMA slotted Aloha and FCFS splitting with CSMA. Show the optimal expected number of packets transmitted after a state transmission in an Aloha..
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