use these next images to check and confirm code is working by confirming results of number 2

thanks so much. please show script of matlab code so I can follow along

Please show your matlab code so i can follow it 5. Implement the multiple application Simpson's 1/3 rule as a MATLAB function using the pseudocode on page 621 of the 6th edition or page 623 of the 7th edition of the text. Confirm your code is working correctly by reproducing your results from problem 2 21.2 SIMPSON'S RULES 623 UNCTION Simp13 (h, fo, f. f2) UNCTION Simpint (a,b.n, f) Simp13 2shw (f0+4f1+ 2)6 END Simpl3 IF n# 1 THEN Trap(h.fo-1.fn) sum# ELSE UNCTION Simp38 (h, fo. f, f2, f3) Simp38-3hw (fo+3 (f1+f2)+13) 8 END Simp38 m-n odd- n12-INT(n 1 2) 1F odd > 0 AND n > 1 THEN UNCTION Simp13m (h, n. f) sum fo) END IF Fm>1 THEN OFOR 1. n- 2, 2 END DO END IF sumsum +4fa- +f imp13m-hsum73 END Simp13m END IF Simplnt su END Simplnt FIGURE 21.13 Pseudocode for Simpson's rules. (a) Singleapplication Simpson's 1/3 rule, bl single applicaton Simpson's 3/8 rule, (d mutiple-application Simpson's 1/3 ule, and ld) multiple applicaton Simpson's rule for both odd and even number of segments. Note that for all cases, n must be