I'm not sure what code is required to perform the 1-D and 2-D interpolation for this question.

. Download the file airDensity.csv from the Tutorial directory on Canvas. The file contains values of the air density (in lb/ft3) at a range of temperatures (in F, the top data row) and pressures (in PSI. the first column). Address following requests by creating one MATLAB script file and executing it in the Command Window Read the data from the file into MATLAB and use the density matrix to perform a 1D interpolation to find the air density at a temperature of 100F and pressures of 130, 230, 330 and 430 psi. Using ID interpolation, find the air density at 200 and 300 psi and temperatures between 80 and 90 F with a step of 1F. Determine the air density at 250 psi and 135 F. and then at 850 psi and 450F using the 2D interpolation 1)