Can you solve it using MATLAB

Required information You contact the jumpers used to generate the data in the table below and measure their frontal areas. The resulting values, which are ordered in the same sequence as the corresponding values in the table \%creating a vector for mass m=[83.6,60.2,72.1,91.1,92.9,65.3,80.9]; \%creating a vector for velocity vt=[53.4,48.5,50.9,55.7,54,47.7,51.1]; \%Creating a vector for Area A=[0.4550.4020.4520.4860.5310.4750.487]; \%knowns for our formula g=9.81; rho=1.986; \%Formula for Drag Coefficient cd=g*m./vt.^ 2; CD=2cd/rho./A