use matlab

Close Courses LMS Integration Documentation Time (s) Sensor 1 Sensor 2 Sensor 3 Sensor 4 Sensor 5 30 minutes) 72.3469 65.4822 70.1794 66.8623 72.6770 modified 0.0000 1.0000 2.0000 3.0000 4.0000 5.0000 6.0000 7.0000 8.0000 9.0000 10.0000 11.0000 12.0000 13.0000 14.0000 15.0000 16.0000 17.0000 18.0000 19.0000 70.6432 68.3470 73.2823 65.7819 64.1609 72.4888 67.697077.4425 68.6878 67 2676 63.9342 65.7662 63.4028 68.7683 74.6561 73.3151 70.0562 65.7290 66.7743 63.9934 74.0286 69.4007 71.1581 69.6735 65.0512 72.4265 76.6979 67.0225 71.4475 69.2517 77.3946 67.8262 75.6901 69.6033 66.5793 77.6758 63.5403 66.9676 69.6354 63.2632 67.6751 71.8548 73.6414 80.5608T 63.2135 64.8869 75.1892 68.0510 63.0937 71.5777 77.7662 73.5395 79.7869 72.5227 79.3226 68.3009 64.3011 68.9444 75.9512 64.4190 73.1764 66.9929 72.7559 64.5008 70.4300 59.9772 67.5346 72.3102 68.3950 76.1828 66.8436 58.3739 63.8418 75.2782 69.4339 71.8961 74.7210 59.3979 66.7766 66.4785 68.9815 59.7284 70.6628 77.9647 75.0921 62.0980 69.6067 66.5917 64.8772 63.8282 71.4440 67 8535 70.2790 68.1606 modified 4 modified Each row contains a set of sensor readings, with the first row containing values collected at 0 seconds, the second row containing values collected at 1.0 seconds, and so on. (a) Find the number of sensors and the number of seconds of data contained in the file. (Hint: Use the size function to help determine the number of sensors) (b) Find both the maximum value and the minimum value recorded on each sensor. Use MATLAB to determine at what times they occurred. (c) Find the mean and standard deviation for each sensor and for all the data values collected. Remember, column 1 does not contain sensor data; it contains time data. HINT: transform the data portion of the sensor matrix into a column first Moore Problem 4.4 modified art a search orie PROW troductX AMATLAB Grader MATLAB Grader MATLAB Grader er.mathworks.com/courses/11148-engr-20-ticket-66165/problems/132627-moore problem-4-4-modified/solutionsev Close Courses LMS Integration Documentation 1 x Problem 4.4 2 load sensor.dat number of sensors = 7 number_of_seconds 8 X values are now vectors, times are column vectors max_values 12 max times 14 min values 16 min times 18 X mean and std are row vectors 2e sensor means - 22 sensor stds - 23 % nean and std for the whole data set HINT: transform the data portion of the sensor natrix Overall mean 27 overall std - Assessment: > number_of_sensors value (Pretest) > number_of_seconds value (Pretest) > max_values values (Pretest)