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a. Run the simulation you developed for 10 one-day periods. Provide a table of the Peak Power required for each day.
b. Based on this information, and the fact additional capacity incurs substantial additional cost, what would you recommend as the requirement for the power generating capability that should be ADDED to the current generation capabilities of power plant A in order to meet the system's peak power requirements 90% of the time? Explain the rationale for your answer.
This problem is intended to demonstrate some problems that can arise from the finite precision of numerical calculations performed with computers. We will do this by approximating
the cost t in hundreds of dollars of tuition and fees at many community college can be approximated by t=1/2c+5 where c is the number of credits for which a student registers. ( 2
Problem: Consider a trapezoidal piece of polymer film as shown below. The parallel sides of the trapezoid are insulated and the temperature of the bottom and diagonal sides are f
1. Given these sinusoids: x 1 (t) = 0.5cos(25t+20°), x 2 (t)=0.85cos(25t+160°) and x 3 (t)= 0.81cos(25t-145°) (a) Subplot the phasors X 1 , X 2 and X 3 corresponding t
The pressure radiated by a column of in-phase monopole sources may be expressed as: Create a model (spreadsheet / MATLAB etc) for a 6 element column, where d=0.2m . Figure
This can be done from the command line or from a makefile. You require a script (filename.m). Just type at the command line, or contain in the makefile: matlab
how to wrote the mat lab programme and analysized for different refrigerant using in cascade refrigeration system
how to create a cell array
In MATLAB, create a correlation matrix for all of the variables in the data (it should be an 8x8 matrix). To do this you will have to convert the "southern"variable into a number.
Solution by using pdepe function functionpdex1 m = 0; x = linspace(0,1,100); t = linspace(0,0.2,10); sol = pdepe(m,@pdex1pde,@pdex1ic,@pdex1bc,x,t); % Ext
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