The second Matlab function is used to evaluate the Newton polynomial with given coefficients b_i where H(z) = 61 +62(z x1) + b3(z *1)2 + b(z x)" (z x2) + ... + b2n (z xn) IT?=1' (z - Input: b, x, z (b is the coefficients of Newton polynomial, x is the location of the data points and z is the location to evaluate P) Output: Hz % Hz equal to H(z) where H is the Hermite polynomial in Newton form Pseudocode: Step 1: Set n = length(x), initize S = 1; Hz=b(1)*S: Step 2: Use a for loop to evaluate the formula of Hermite polynomial in Newton form