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Write about the VHDL code implementation for rotating Stepper Motor (Unipolar) in both clock-wise and counter - clock wise direction.
Consider an exponentially distributed RV with a=0, use the inverse transform method to generate a sequence of exponentially distributed random numbers for different values of the parameter b. Plot the histograms (probability density function (pdf))..
Write a one-page memo that explains what you saw and the reasons behind some of the processes that were conducted within the plant. For example, if you saw trickling filters, explain why a trickling filter is used in the plant.
Convert the second order ordinary differential equation (1) into a system of two first order ordinary differential equations.
Given the stress-strain relationships of dry dense sand (80% relative density) obtained from a series of triaxial compression tests, determine the peak and residual values of the angle of internal friction.
Calculate the conductor temperature when the air temperature is 20°C and the line is subjected to cross flow with a velocity of 10 m/s.
Find the pre-equalizer weights g(1), g(2), ....,g(ψ) using the zero forcing equalization principle. Consider a time-invariant channel with channel response as
If the total range of voltages started at zero and there are 512 intervals, what would the maximum possible voltage be?
Draw a process-flow diagram of the separation process using appropriate symbols from Tables. Include the gas compressors and heat exchangers. Label the diagram with all of the data given above, and number all process streams.
Use the estimated regression equation to predict Wins when ERA 5.42, Runs Score is 938, Hits Allowed is 1596 and Saves are 30.
Specify the Nyquist rate and the Nyquist interval for each of the following signals:
Describe the above system as a queueing system by defining - Explain if the above queueing system satisfies the following criteria by showing your calculations for each criterion.
economic feasibility of the projec, restrictions are the economics of the project based, technical feasibility for the project
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