Question: Task Description: Task 1 Matlab solution please table [ [ 7 0 0 0 0 0 5 0 5 4 0 , 2 6

Task Description: Task 1 Matlab solution please
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\table[[70000051294,2702.345395],[69999995541,2719.07438],[70000050540,2706.954869],[69999985507,2700.738012],[69999991222,2694.985826],[70000105338,2691.856493],[70000099634,2701.274957],[70000100211,2699.407221],[70000047482,2705.623663],[69999914618,2693.367734],[70000050716,2702.840263],[70000115275,2720.480583],[70000034570,2699.200179],[70000073164,2710.18748],[70000051399,2694.512383],[69999978543,2685.820758],[70000020780,2698.482472],[69999944331,2704.530719],[70000062819,2708.659542],[69999918890,2695.534952],[69999924419,2683.744724],[69999942760,2685.853727],[69999791808,2686.196573],[70000101709,2715.623664],[70000022994,2686.059826],[69999946619,2676.292204],[70000096895,2722.132493],[69999878978,2687.560753],[69999992770,2697.311988],[69999982927,2702.932476],[70000022571,2700.944687],[70000022122,2704.818931],[69999938844,2699.616964],[69999997875,2679.994718],[69999988341,2699.014632]]
Task 1. Find the PDF of the probability density function that best fits the random variable from the measured data.
A. The three measurement data consist of two random variables, elastic modulus x, of aluminum and density x2. Then, for each of the three measurement data, find the correlation matrix or covariance matrix of the random
variables. After loading the measurement data from the given .csv file, write a MATLAB code that calculates the correlation matrix or covariance matrix.
Refer to the MATLAB code from the previous lecture
MATLAB file name to be submitted: Task1_A.m or Task1_A.mlx
B. Find the best-fitting univariate PDF for each of the two random variables that make up the three measurement data, and compute the values of the parameters (mean, variance, etc.) for each of them. No need to write MATLAB code.
Using MATLAB's distribution fitter
Only 5 distributions are considered in Candidate PDF: Normal, Gamma, Weibull, Rayleigh, and Exponential distributions.
Task Description: Task 1
Task 1. Find the PDF of the probability density function that best fits the random variable from the measured data.
C.(For the three measurement data) Draw multivariate PDF surface plots based on the information (e.g., parameters and distribution function types) of each univariate PDF found in B above (there are three measurement data in total, but there should be three graphs in total). Write MATLAB code for this.
Task Description: Task 2
Task 2. Perform sampling and compute statistical moments from the previously found suitable PDF.
For a total of 3 measured data,
A. Write a MATLAB code that extracts samples from the appropriate PDF found in Task 1, i.e., performs sampling. In the MATLAB code, define variables for "the number of samples to extract" and "a flag for plotting the sample space" so that the

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