1
(display (1 2 3))

1
(display "hello\nworld\n")

1
(display "hello")

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(define foo 5)
 
(foo)

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<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema">
<xsd:element name="FacultyofArtsandHumanities">
        <xsd:complexType>
        <xsd:sequence>
                <xsd:element name="Department">
                        <xsd:complexType>
                        <xsd:sequence>
                                <xsd:element name="FullName"> </xsd:element>
                                <xsd:element name="Address"> </xsd:element>
 ...

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(define function7 (lambda () '()))
 
(define go (lambda ()
(display "running go...")
(newline)
(function7)))
 
(go)
 ...

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(define function6 (lambda () 
(display "running function6...")
(newline)
(let ((x 10)) 
 
(let ((x 5) (y (* x 2)))
(display "result for let...")
(newline)
 ...

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(define function6 (lambda () 
(display "running function6...")
(newline)
(let ((x 10)) 
 
(let ((x 5) (y (* x 2)))
(display "result for let...")
(newline)
 ...

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(define function6 (lambda () 
(display "running function6...")
(newline)
(let ((x 10)) 
 
(let ((x 5) (y (* x 2)))
(display "result for let...")
(newline)
 ...

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(define function6 (lambda () 
(display "running function6...")
(newline)
(let ((x 10)) 
 
(let ((x 5) (y (* x 2)))
(display "result for let...")
(newline)
 ...

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(define function6 (lambda () 
(display "running function6...")
(newline)
(let ((x 10)) 
 
(let ((x 5) (y (* x 2)))
(display "result for let...")
(newline)
 ...

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(define function6 (lambda () 
(display "running function6...")
(newline)
(let ((x 10)) 
 
(let ((x 5) (y (* x 2)))
(display "result for let...")
(newline)
 ...

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(define function6 (lambda () 
(display "running function6...")
(newline)
(let ((x 10)) 
 
(let ((x 5) (y (* x 2)))
(display (+ x y))
(newline))
 ...

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(define function6 (lambda () 
(display "running function6...")
(newline)
(let ((x 10)) 
 
\(let ((x 5) (y (* x 2)))
(display (+ x y))
(newline))
 ...

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(define function6 (lambda () 
(display "running function6...")
(newline)
(let ((x 20)) '())
'()))
 
(define go (lambda ()
(display "running go...")
 ...

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(define function6 (lambda () 
(display "running function6...")
(newline)
'()))
 
(define go (lambda ()
(display "running go...")
(newline)
 ...

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(define function6 (lambda () '()))
 
(define go (lambda ()
(display "running go...")
(newline)
(function6)))
 
(go)

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(define function5 (lambda () 
(display "running function5...")
(newline)
(let ((zoom (lambda (x) (* 5 x))))
(display (zoom 26)))
'()))
 
(define go (lambda ()
 ...

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(define function5 (lambda () 
(display "running function5...")
(newline)
 
'()))
 
(define go (lambda ()
(display "running go...")
 ...

1
(+,3,2) 

1
(+ 3 2)

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(define function5 (lambda () 
(display "running function5...")
'()))
 
(define go (lambda ()
(display "running go...")
(newline)
(function5)))
 ...

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(define function5 (lambda () '()))
 
(define go (lambda ()
(display "running go...")
(newline)
(function5)))
 
(go)
 ...

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8
 
(define function4 (lambda () 
(display "function4")
(newline)
(let ((y 20))
(let ((y 1) (x 1))
 (display (+ x y))
 (newline)))))
 ...

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(define function4 (lambda () 
(display "function4")
(newline)
(let ((y 20))
(let ((y 1) (x 1))
 (display (+ x y))
 (newline)
'())
 ...

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(define function4 (lambda () 
(display "function4")
(newline)
(let ((y 20)) 
'()
)))
 
(define go (lambda ()
 ...

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(define (f n)
 (do ((d (do ((i (- n 1) (- i 1))
              (d '() (cons i d)))
             ((< i 0) d))
         (append (cddr d) (list (car d)))))
     ((null? (cdr d)) (car d))))
(display (f 1))
(display (f 2))
(display (f 3))
 ...

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8
 
(define function4 (lambda () 
(display "function4")
(newline)
(let ((y 20)) 
(display y)
(newline)
)))
 ...

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(define function4 (lambda () 
(display "function4")
(newline)
(let ((y 20)) 
(display y)
(newline)
)))
 ...

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(define function4 (lambda () 
(display "function4")
(newline)
(let ((y 20)) '())
'()))
 
(define go (lambda ()
(display "running go...")
 ...