Scip Exercises (1) Comparison of scheme and C implementations

Exercise 1.3

Define a procedure thats three numbers as argument and return the sum of the square of both large number.

Scheme implementation

( define (square x)  (* x x)) (define (Sum_of_square x y)  (+ (square x) (     square y)) ( Define (bigger x y  ) (if (> x y)      x      y)) (define (smaller x  y) (if ( < x y)      x      y) (define (Sum_square x y z) (  sum_of_square (bigger x y)                 (bigger (smaller x y) z)) c19/>

C Language Implementation

//some exercises of SCIP (computer program construction and interpretation) are implemented in C language. Compare and further understand the functional thinking of scheme//Define A procedure thats three numbers as argument and return the sum of the square of the large//numbers.//C Language Implementation#include"stdafx.h"#include<iostream>using namespacestd;intSquareintx);intSum_of_square (intAintb);intBigger_num (intAintb);intTwo_more_bigger_sum_of_square (intAintBintc);intSmaller_num (intAintb);//Check the CodeintMain () {cout<<two_more_bigger_sum_of_square (1,2,3); return 0;}intSquareintx) {returnx*x;}//Retun The sum of the num of squareintSum_of_square (intAintb) {returnSquare (a) +Square (b);}//return the bigger numintBigger_num (intAintb) {if(A >b)returnA; Else        returnb;}//takes the both Num as agrument and return the smaller numintSmaller_num (intAintb) {//return the bigger num    if(A >b)returnb; Else        returnA;}

Scip Exercises (1) Comparison of scheme and C implementations