MATLAB

Resonance frequency for single brush fiber with circular cross section as a function of material parameters is given by 0.56 ED2 re2 16p where Density-8960 10 kg/m3 D Diameter of fiber 2 x 10-6+0.01 x 10-6 m L-Length of fiber-3 x 104 0.03 x 10-4m E Young's modulus-128.8 109 Pa Perform Monte Carlo Analysis of resonance frequency using 10,000 points. Create a plot with MATLAB with 4 subplots showing resonance frequency distribution (subplot 1), the distribution of diameter (subplot 2), the distribution of the length (subplot 3), and the distribution of the density (subplot 4). Use 50 bins to create the histograms. Do this for part 1 and 2. 1. 2. Assume a uniform distribution for all independent variables Assume a normal distribution for all independent variables and assume tolerances correspond to Resonance frequency for single brush fiber with circular cross section as a function of material parameters is given by 0.56 ED2 re2 16p where Density-8960 10 kg/m3 D Diameter of fiber 2 x 10-6+0.01 x 10-6 m L-Length of fiber-3 x 104 0.03 x 10-4m E Young's modulus-128.8 109 Pa Perform Monte Carlo Analysis of resonance frequency using 10,000 points. Create a plot with MATLAB with 4 subplots showing resonance frequency distribution (subplot 1), the distribution of diameter (subplot 2), the distribution of the length (subplot 3), and the distribution of the density (subplot 4). Use 50 bins to create the histograms. Do this for part 1 and 2. 1. 2. Assume a uniform distribution for all independent variables Assume a normal distribution for all independent variables and assume tolerances correspond to