Exercise 3.37 ''Сonstraint'' versions of the arithmetic operations
nameless

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    (define (c* x y)
  (let ((z (make-connector)))
    (multiplier x y z)
    z))

(define (c/ x y)
  (let ((z (make-connector)))
    (multiplier z y x)
    z))

(define (cv x)
  (let ((z (make-connector)))
    (constant x z)
    z))

    (define (c- x y)
  (let ((z (make-connector)))
    (adder z y x)
    z))

(define (c* x y)
  (let ((z (make-connector)))
    (multiplier x y z)
    z))

(define (c/ x y)
  (let ((z (make-connector)))
    (multiplier z y x)
    z))

(define (cv x)
  (let ((z (make-connector)))
    (constant x z)
    z))

    (define (c* x y)
  (let ((z (make-connector)))
    (multiplier x y z)
    z))

(define (c/ x y)
  (let ((z (make-connector)))
    (multiplier z y x)
    z))

(define (cv x)
  (let ((z (make-connector)))
    (constant x z)
    z))

    (define (c- x y)
  (let ((z (make-connector)))
    (adder z y x)
    z))

(define (c* x y)
  (let ((z (make-connector)))
    (multiplier x y z)
    z))

(define (c/ x y)
  (let ((z (make-connector)))
    (multiplier z y x)
    z))

(define (cv x)
  (let ((z (make-connector)))
    (constant x z)
    z))