Newton's divided differences 2 solutions submitted (max: Unlimited) | View my solutions Write a MATLAB function, called Newtons_divided_differences that inputs a set of data points (x,y)=(datx,daty), a set x of numbers at which to interpolate, and outputs the polynomial interpolant, y, evaluated at $x$ using Newton's divided differences. Your function header should look something like: function y = Newtons_divided_differences (x,datx, daty) Use the code you developed to interpolate the function f1(x)=exp{-x^2} using the data points datx=-3:1:3. Interpolate at the points x=-3:0.01:3. Call P5 the obtained interpolant. Plot the results and comment on the error. Compare your result with the one while interpolating with Lagrange_poly: write your answer and obsvervations in a Matlab comment. Script ? 1 2 Save C Reset MATLAB Documentation Newton's divided differences 2 solutions submitted (max: Unlimited) | View my solutions Write a MATLAB function, called Newtons_divided_differences that inputs a set of data points (x,y)=(datx,daty), a set x of numbers at which to interpolate, and outputs the polynomial interpolant, y, evaluated at $x$ using Newton's divided differences. Your function header should look something like: function y = Newtons_divided_differences (x, datx, daty) Use the code you developed to interpolate the function f1(x)=exp{-x^2} using the data points datx=-3:1:3. Interpolate at the points x=-3:0.01:3. Call P5 the obtained interpolant. Plot the results and comment on the error. Compare your result with the one while interpolating with Lagrange_poly: write your answer and obsvervations in a Matlab comment. Script ? 1 2 Save C Reset MATLAB Documentation