blanckaway |
I'M NEW AT THIS. I HAVE TO DO THESE TWO EXERCISES NEVER LESS THAN 24 HOURS
AND I AM 12 AND I CAN NOT ACHIEVE ANYTHING. HELP 1. Using the fact that in Scilab an inequality such as 2 3 ≤ ≤x has a logical value that becomes numerical value (0 or 1) by involving it in arithmetic calculations, genera without using cycles the graph of figure 3.3 The image describes a line that runs along a Cartesian plane. The line is kept straight until it reaches x = 2 there it rises straight up to y = 5, stays at y = 5 until x = 3 and then goes back down to x = 0 2. Modify the code of the fourier_aprox function so that it only graphs one cycle of the pulse train and its Fourier series approximation by increasing the number of N weapons from 1 to infinity (only odd numbers). Waiting at each value of N for the user to press the [enter] key to continue (using the command: input ('press [enter] to continue'); PLEASE HELP -- Sent from: http://mailinglists.scilab.org/Scilab-users-Mailing-Lists-Archives-f2602246.html _______________________________________________ users mailing list [hidden email] http://lists.scilab.org/mailman/listinfo/users |
Rafael Guerra |
Without providing some code showing your attempts to use Scilab, this forum may not feel the urge to solve other’s homework. The hardest job kids face today is learning good
manners without seeing any - Fred Astaire -----Original Message----- I'M NEW AT THIS. I HAVE TO DO THESE TWO EXERCISES NEVER LESS THAN 24 HOURS AND I AM 12 AND I CAN NOT ACHIEVE ANYTHING. HELP 1. Using the fact that in Scilab an inequality such as 2 3 ≤ ≤x has a logical value that becomes numerical value (0 or 1) by involving it in arithmetic calculations, genera without using cycles the graph of figure 3.3 The image describes a line that runs along a Cartesian plane. The line is kept straight until it reaches x = 2 there it rises straight up to y = 5, stays at y = 5 until x = 3 and then goes back down to x = 0 2. Modify the code of the
fourier_aprox function so that it only graphs one cycle of the pulse train and its Fourier series approximation by increasing the number of N weapons from 1 to infinity (only odd numbers). Waiting at each value of N for the user to press the [enter] key to continue (using the command: input ('press [enter] to continue'); PLEASE HELP -- Sent from:
http://mailinglists.scilab.org/Scilab-users-Mailing-Lists-Archives-f2602246.html _______________________________________________ users mailing list _______________________________________________ users mailing list [hidden email] http://lists.scilab.org/mailman/listinfo/users |
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