Complete using MATLab.

Problem 4: Solve modified problem 18 on page 289 of Gilat's book. The boiling temperature of water TB at various altitudes h is given in the following table. 1. Find coefficients of the interpolation polynomial with the method based on the 2. Determine a linear equation in the form TBmh b that best fits the data. Use 3. Print the tabulated points, interpolation polynomial, and the fitting function in the 4. Use the interpolation polynomial and fitting function for calculating the boiling solution of a SLE. Use the modified InterpolationProblem.m code. polyfit build-in MATLAB function in order to find m and ib same plot. temperature at 16,000 ft. h (ft)02000 50007500 10000 20000 26000 T(F)212210203198194178 168 Problem 4: Solve modified problem 18 on page 289 of Gilat's book. The boiling temperature of water TB at various altitudes h is given in the following table. 1. Find coefficients of the interpolation polynomial with the method based on the 2. Determine a linear equation in the form TBmh b that best fits the data. Use 3. Print the tabulated points, interpolation polynomial, and the fitting function in the 4. Use the interpolation polynomial and fitting function for calculating the boiling solution of a SLE. Use the modified InterpolationProblem.m code. polyfit build-in MATLAB function in order to find m and ib same plot. temperature at 16,000 ft. h (ft)02000 50007500 10000 20000 26000 T(F)212210203198194178 168