Convert this MATLAB code to JAVA code and show that the program works.

Study TEXTBOOK SOLUTIONS EXPERT Q&A apter 4.2, Problem 2CE ?N (1 Bookmark) Show all steps ON % Approximate the values of y- f(x) at x -xp; nlength (cp): T-zeros (n,n): F- zeros (n,1) for i-1: 1: n cpi = cp (1); for j = 1: 1: n if 1 else T(i,j) -chebyshevT (5-1, cpi) end end F (1) - f (cpi) end coeffTF Evaluation Points fprintf( Exact Interpolated Differenceln'); for i- 1: 1: length (xp) sum-coeff(1) xi xp (i) or -2: 1: n T chebyshevT (5-1, xi); sumsum +coeff (j) Tj end ype f (xi); fprintf('%5.0f %15.10f %15. 10f %15.10f ', ??? 1, ???, ???, abs (???-???) ) ; end end Study TEXTBOOK SOLUTIONS EXPERT Q&A apter 4.2, Problem 2CE ?N (1 Bookmark) Show all steps ON % Approximate the values of y- f(x) at x -xp; nlength (cp): T-zeros (n,n): F- zeros (n,1) for i-1: 1: n cpi = cp (1); for j = 1: 1: n if 1 else T(i,j) -chebyshevT (5-1, cpi) end end F (1) - f (cpi) end coeffTF Evaluation Points fprintf( Exact Interpolated Differenceln'); for i- 1: 1: length (xp) sum-coeff(1) xi xp (i) or -2: 1: n T chebyshevT (5-1, xi); sumsum +coeff (j) Tj end ype f (xi); fprintf('%5.0f %15.10f %15. 10f %15.10f ', ??? 1, ???, ???, abs (???-???) ) ; end end