• if the positive integer is a member of the other list,
• then there exist a number, the numberMINUSONE,, , another positive integer and a third positive integer such that the number is greater than 1 and the number is less than or equal to length of the other list and the positive integerth element of the other list is equal to the number and the other positive integer is a member of the list and the number is equal to the other positive integerth element of the list and the third positive integer is a member of the other list and the numberMINUSONE is equal to (the number and 1) and the numberMINUSONE is equal to the third positive integerth element of the other list and the positive integer is equal to (the other positive integer and the third positive integer)

• if the listITEM is a member of the list,
• then the listITEM is an instance of a symbolic string and there doesn't exist another entity such that the other entity is an instance of the symbolic string and the other entity is not a member of the list and the other integer is equal to the number of instances in the class described by the symbolic string

• if the listITEM is a member of the list,
• then the listITEM is an instance of a symbolic string and there doesn't exist another entity such that the other entity is an instance of the symbolic string and the other entity is not a member of the list and the other integer is equal to the number of instances in the class described by the symbolic string

• if the listITEM is a member of the list,
• then the listITEM is an instance of a symbolic string and there doesn't exist another entity such that the other entity is an instance of the symbolic string and the other entity is not a member of the list and the other integer is equal to the number of instances in the class described by the symbolic string

• If a cognitive agent is a performer on an album,
• then there exist a content bearing object and a process such that the content bearing object is an instance of recording and the content bearing object is a member of the album and the content bearing object is a record of the process and the cognitive agent is an agent of the process

• If amount a kind of substance, a corpuscular object and a real number an unit of measure(s) and a kind of substanceI is an instance of the kind of substance and the measure of the kind of substanceI is the real number2 the unit of measure(s) and the kind of substanceI is a part of the corpuscular object,
• then there exists a list such that the real number2 the unit of measure(s) is a member of the list and the list is equal to AmountsFn the kind of substance and the corpuscular object and the real number the unit of measure(s) is equal to the sum of the list

• If a kind of DataStorageDevice is equal to the set of copies on a kind of DataStorageDeviceS of an album and an entity is an instance of the kind of DataStorageDevice,
• then for all an object
  • if the object is a member of the album,
  • then there exists a content bearing object such that the content bearing object is a copy of the object and the content bearing object is stored on the kind of DataStorageDevice

• If a list is equal to Mean3SecondWindSpeedListFn ending at a time interval in region a geographic area and a function quantity is a member of the list,
• then there exist the time intervalLIST and another time interval such that the time intervalLIST is equal to ConsecutiveTimeIntervalList for at the time interval at 3 second duration(s) is contained in TimeIntervalListFn and the other time interval is a member of the time intervalLIST and the function quantity is equal to Mean3SecondWindSpeedFn for the other time interval in region the geographic area

• If an object is an instance of DigitalDataStorageDevice and a symbolic string is a part of the object and the symbolic string is an instance of digital data,
• then there exist a CodeMap and a list such that the symbolic string in the CodeMap denotes an entity and the list expresses the CodeMap and
  • if the entity is a member of the list,
  • then the entity is an instance of binary number

• If a water wave is an instance of water wave and The waveHeight of the water wave a length measure.,
• then there exist a list, a water area and an unit of measure such that the length measure is a member of the list and the water area is an instance of water area and the water wave is located at 2 and the unit of measure is an instance of length measure and significantWaveHeight in the water area during the time of existence of the water wave is a real number the unit of measure(s). and the real number is equal to 4 and The StandardDeviationFn of the list

• If a real number is an average of a list,
• then for all the listITEM
  • if the listITEM is a member of the list,
  • then the listITEM is an instance of real number

( ! [V__ROW7,V__ROW8,V__ROW5,V__ROW6,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2] :
   (((s__instance(V__ROW7,s__Attribute) &
         s__instance(V__ROW8,s__Attribute) &
         s__instance(V__ROW5,s__Attribute) &
         s__instance(V__ROW6,s__Attribute) &
         s__instance(V__ROW3,s__Attribute) &
         s__instance(V__ROW4,s__Attribute) &
         s__instance(V__ROW2,s__Attribute))
       =>
       ((s__contraryAttribute__7(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7,V__ROW8)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__7Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7,V__ROW8))
         =>
         (s__instance(V__ELEMENT,s__Attribute)))))))
)
)

( ! [V__ELEMENT,V__ROW3,V__ROW2] :
   (((s__instance(V__ROW3,s__Attribute) &
         s__instance(V__ROW2,s__Attribute))
       =>
       ((s__contraryAttribute__2(V__ROW2,V__ROW3)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__2Fn(V__ROW2,V__ROW3))
         =>
         (s__instance(V__ELEMENT,s__Attribute)))))))
)
)

( ! [V__ROW5,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2] :
   (((s__instance(V__ROW5,s__Attribute) &
         s__instance(V__ROW3,s__Attribute) &
         s__instance(V__ROW4,s__Attribute) &
         s__instance(V__ROW2,s__Attribute))
       =>
       ((s__contraryAttribute__4(V__ROW2,V__ROW3,V__ROW4,V__ROW5)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
         =>
         (s__instance(V__ELEMENT,s__Attribute)))))))
)
)

( ! [V__ROW5,V__ROW6,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2] :
   (((s__instance(V__ROW5,s__Attribute) &
         s__instance(V__ROW6,s__Attribute) &
         s__instance(V__ROW3,s__Attribute) &
         s__instance(V__ROW4,s__Attribute) &
         s__instance(V__ROW2,s__Attribute))
       =>
       ((s__contraryAttribute__5(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6))
         =>
         (s__instance(V__ELEMENT,s__Attribute)))))))
)
)

( ! [V__ELEMENT,V__ROW3,V__ROW4,V__ROW2] :
   (((s__instance(V__ROW3,s__Attribute) &
         s__instance(V__ROW4,s__Attribute) &
         s__instance(V__ROW2,s__Attribute))
       =>
       ((s__contraryAttribute__3(V__ROW2,V__ROW3,V__ROW4)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
         =>
         (s__instance(V__ELEMENT,s__Attribute)))))))
)
)

( ! [V__ELEMENT,V__ROW2] :
   ((s__instance(V__ROW2,s__Attribute) =>
       ((s__contraryAttribute__1(V__ROW2)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__1Fn(V__ROW2))
         =>
         (s__instance(V__ELEMENT,s__Attribute)))))))
)
)

• If @ROW is the opposite of ,
• then
  • if another entity is a member of (@ROW),
  • then the other entity is an instance of attribute

( ! [V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__disjointDecomposition__4(V__CLASS,V__ROW2,V__ROW3,V__ROW4)
         =>
         (( ! [V__ITEM] :
             ((s__instance(V__ITEM,s__Class) =>
                 ((s__inList(V__ITEM,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
                 =>
                 (s__subclass(V__ITEM,V__CLASS)))))))))))
)
)

( ! [V__ROW3,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__disjointDecomposition__3(V__CLASS,V__ROW2,V__ROW3)
         =>
         (( ! [V__ITEM] :
             ((s__instance(V__ITEM,s__Class) =>
                 ((s__inList(V__ITEM,s__ListFn__2Fn(V__ROW2,V__ROW3))
                 =>
                 (s__subclass(V__ITEM,V__CLASS)))))))))))
)
)

( ! [V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW5,s__Class) &
         s__instance(V__ROW6,s__Class) &
         s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__disjointDecomposition__6(V__CLASS,V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6)
         =>
         (( ! [V__ITEM] :
             ((s__instance(V__ITEM,s__Class) =>
                 ((s__inList(V__ITEM,s__ListFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6))
                 =>
                 (s__subclass(V__ITEM,V__CLASS)))))))))))
)
)

( ! [V__ROW5,V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW5,s__Class) &
         s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__disjointDecomposition__5(V__CLASS,V__ROW2,V__ROW3,V__ROW4,V__ROW5)
         =>
         (( ! [V__ITEM] :
             ((s__instance(V__ITEM,s__Class) =>
                 ((s__inList(V__ITEM,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
                 =>
                 (s__subclass(V__ITEM,V__CLASS)))))))))))
)
)

( ! [V__ROW2,V__CLASS] :
   (((s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__disjointDecomposition__2(V__CLASS,V__ROW2)
         =>
         (( ! [V__ITEM] :
             ((s__instance(V__ITEM,s__Class) =>
                 ((s__inList(V__ITEM,s__ListFn__1Fn(V__ROW2))
                 =>
                 (s__subclass(V__ITEM,V__CLASS)))))))))))
)
)

• If a class is disjointly decomposed into @ROW,
• then for all a third class
  • if the third class is a member of (@ROW),
  • then the third class is a subclass of the class

( ! [V__ROW2,V__CLASS] :
   (((s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__disjointDecomposition__2(V__CLASS,V__ROW2)
         =>
         (( ! [V__ITEM1, V__ITEM2] :
             (((s__instance(V__ITEM1,s__Class) &
                   s__instance(V__ITEM2,s__Class))
                 =>
                 (((s__inList(V__ITEM1,s__ListFn__1Fn(V__ROW2))
                   &
                   s__inList(V__ITEM2,s__ListFn__1Fn(V__ROW2))
               &
               ~((V__ITEM1 = V__ITEM2)))
             =>
             (s__disjoint(V__ITEM1,V__ITEM2)))))))))))
)
)

( ! [V__ROW3,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__disjointDecomposition__3(V__CLASS,V__ROW2,V__ROW3)
         =>
         (( ! [V__ITEM1, V__ITEM2] :
             (((s__instance(V__ITEM1,s__Class) &
                   s__instance(V__ITEM2,s__Class))
                 =>
                 (((s__inList(V__ITEM1,s__ListFn__2Fn(V__ROW2,V__ROW3))
                   &
                   s__inList(V__ITEM2,s__ListFn__2Fn(V__ROW2,V__ROW3))
               &
               ~((V__ITEM1 = V__ITEM2)))
             =>
             (s__disjoint(V__ITEM1,V__ITEM2)))))))))))
)
)

( ! [V__ROW5,V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW5,s__Class) &
         s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__disjointDecomposition__5(V__CLASS,V__ROW2,V__ROW3,V__ROW4,V__ROW5)
         =>
         (( ! [V__ITEM1, V__ITEM2] :
             (((s__instance(V__ITEM1,s__Class) &
                   s__instance(V__ITEM2,s__Class))
                 =>
                 (((s__inList(V__ITEM1,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
                   &
                   s__inList(V__ITEM2,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
               &
               ~((V__ITEM1 = V__ITEM2)))
             =>
             (s__disjoint(V__ITEM1,V__ITEM2)))))))))))
)
)

( ! [V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__disjointDecomposition__4(V__CLASS,V__ROW2,V__ROW3,V__ROW4)
         =>
         (( ! [V__ITEM1, V__ITEM2] :
             (((s__instance(V__ITEM1,s__Class) &
                   s__instance(V__ITEM2,s__Class))
                 =>
                 (((s__inList(V__ITEM1,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
                   &
                   s__inList(V__ITEM2,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
               &
               ~((V__ITEM1 = V__ITEM2)))
             =>
             (s__disjoint(V__ITEM1,V__ITEM2)))))))))))
)
)

( ! [V__ROW7,V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW7,s__Class) &
         s__instance(V__ROW5,s__Class) &
         s__instance(V__ROW6,s__Class) &
         s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__disjointDecomposition__7(V__CLASS,V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7)
         =>
         (( ! [V__ITEM1, V__ITEM2] :
             (((s__instance(V__ITEM1,s__Class) &
                   s__instance(V__ITEM2,s__Class))
                 =>
                 (((s__inList(V__ITEM1,s__ListFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7))
                   &
                   s__inList(V__ITEM2,s__ListFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7))
               &
               ~((V__ITEM1 = V__ITEM2)))
             =>
             (s__disjoint(V__ITEM1,V__ITEM2)))))))))))
)
)

• If a class is disjointly decomposed into @ROW,
• then for all a third class and a fourth class
  • if the third class is a member of (@ROW) and the fourth class is a member of (@ROW) and the third class is not equal to the fourth class,
  • then the third class is disjoint from the fourth class

( ! [V__ELEMENT,V__ROW2] :
   ((s__instance(V__ROW2,s__Class) =>
       ((s__disjointDecomposition__1(V__ROW2)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__1Fn(V__ROW2))
         =>
         (s__instance(V__ELEMENT,s__Class)))))))
)
)

( ! [V__ROW7,V__ROW5,V__ROW6,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2] :
   (((s__instance(V__ROW7,s__Class) &
         s__instance(V__ROW5,s__Class) &
         s__instance(V__ROW6,s__Class) &
         s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class))
       =>
       ((s__disjointDecomposition__6(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7))
         =>
         (s__instance(V__ELEMENT,s__Class)))))))
)
)

( ! [V__ROW5,V__ROW6,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2] :
   (((s__instance(V__ROW5,s__Class) &
         s__instance(V__ROW6,s__Class) &
         s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class))
       =>
       ((s__disjointDecomposition__5(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6))
         =>
         (s__instance(V__ELEMENT,s__Class)))))))
)
)

( ! [V__ELEMENT,V__ROW3,V__ROW2] :
   (((s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW2,s__Class))
       =>
       ((s__disjointDecomposition__2(V__ROW2,V__ROW3)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__2Fn(V__ROW2,V__ROW3))
         =>
         (s__instance(V__ELEMENT,s__Class)))))))
)
)

( ! [V__ELEMENT,V__ROW3,V__ROW4,V__ROW2] :
   (((s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class))
       =>
       ((s__disjointDecomposition__3(V__ROW2,V__ROW3,V__ROW4)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
         =>
         (s__instance(V__ELEMENT,s__Class)))))))
)
)

( ! [V__ROW5,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2] :
   (((s__instance(V__ROW5,s__Class) &
         s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class))
       =>
       ((s__disjointDecomposition__4(V__ROW2,V__ROW3,V__ROW4,V__ROW5)
         =>
         ((s__inList(V__ELEMENT,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
         =>
         (s__instance(V__ELEMENT,s__Class)))))))
)
)

• If @ROW is disjointly decomposed into @ROW,
• then
  • if another entity is a member of (@ROW),
  • then the other entity is an instance of class

( ! [V__ROW7,V__ROW5,V__ROW6,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   (((s__GreatestCommonDivisorFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

( ! [V__ELEMENT,V__ROW2,V__NUMBER] :
   (((s__GreatestCommonDivisorFn__1Fn(V__ROW2)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__1Fn(V__ROW2))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

( ! [V__ROW7,V__ROW8,V__ROW5,V__ROW6,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   (((s__GreatestCommonDivisorFn__7Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7,V__ROW8)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__7Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7,V__ROW8))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

( ! [V__ROW5,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   (((s__GreatestCommonDivisorFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

( ! [V__ELEMENT,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   (((s__GreatestCommonDivisorFn__3Fn(V__ROW2,V__ROW3,V__ROW4)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

( ! [V__ELEMENT,V__ROW3,V__ROW2,V__NUMBER] :
   (((s__GreatestCommonDivisorFn__2Fn(V__ROW2,V__ROW3)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__2Fn(V__ROW2,V__ROW3))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

• If the greatest common divisor of @ROW is equal to an integer,
• then
  • if another entity is a member of (@ROW),
  • then the other entity is an instance of number

( ! [V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__GreatestCommonDivisorFn__1Fn(V__ROW2)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__1Fn(V__ROW2))
                 =>
                 ((s__RemainderFn(V__ELEMENT,V__NUMBER)
                   = n__0)))))))))))
)
)

( ! [V__ROW5,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__GreatestCommonDivisorFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
                 =>
                 ((s__RemainderFn(V__ELEMENT,V__NUMBER)
                   = n__0)))))))))))
)
)

( ! [V__ROW3,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__GreatestCommonDivisorFn__2Fn(V__ROW2,V__ROW3)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__2Fn(V__ROW2,V__ROW3))
                 =>
                 ((s__RemainderFn(V__ELEMENT,V__NUMBER)
                   = n__0)))))))))))
)
)

( ! [V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__GreatestCommonDivisorFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6))
                 =>
                 ((s__RemainderFn(V__ELEMENT,V__NUMBER)
                   = n__0)))))))))))
)
)

( ! [V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__GreatestCommonDivisorFn__3Fn(V__ROW2,V__ROW3,V__ROW4)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
                 =>
                 ((s__RemainderFn(V__ELEMENT,V__NUMBER)
                   = n__0)))))))))))
)
)

( ! [V__ROW7,V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__GreatestCommonDivisorFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7))
                 =>
                 ((s__RemainderFn(V__ELEMENT,V__NUMBER)
                   = n__0)))))))))))
)
)

• If the greatest common divisor of @ROW is equal to an integer,
• then for all another integer
  • if the other integer is a member of (@ROW),
  • then the other integer mod the integer is equal to 0

( ! [V__ROW7,V__ROW8,V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__GreatestCommonDivisorFn__7Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7,V__ROW8)
           = V__NUMBER)
         =>
         (~(( ? [V__GREATER] :
               ((s__instance(V__GREATER,s__Integer) &
                   (s__greaterThan(V__GREATER,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__7Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7,V__ROW8))
                         =>
                         ((s__RemainderFn(V__ELEMENT,V__GREATER)
                           = n__0))))))))))))))))
)
)

( ! [V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__GreatestCommonDivisorFn__3Fn(V__ROW2,V__ROW3,V__ROW4)
           = V__NUMBER)
         =>
         (~(( ? [V__GREATER] :
               ((s__instance(V__GREATER,s__Integer) &
                   (s__greaterThan(V__GREATER,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
                         =>
                         ((s__RemainderFn(V__ELEMENT,V__GREATER)
                           = n__0))))))))))))))))
)
)

( ! [V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__GreatestCommonDivisorFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6)
           = V__NUMBER)
         =>
         (~(( ? [V__GREATER] :
               ((s__instance(V__GREATER,s__Integer) &
                   (s__greaterThan(V__GREATER,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6))
                         =>
                         ((s__RemainderFn(V__ELEMENT,V__GREATER)
                           = n__0))))))))))))))))
)
)

( ! [V__ROW7,V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__GreatestCommonDivisorFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7)
           = V__NUMBER)
         =>
         (~(( ? [V__GREATER] :
               ((s__instance(V__GREATER,s__Integer) &
                   (s__greaterThan(V__GREATER,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7))
                         =>
                         ((s__RemainderFn(V__ELEMENT,V__GREATER)
                           = n__0))))))))))))))))
)
)

( ! [V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__GreatestCommonDivisorFn__1Fn(V__ROW2)
           = V__NUMBER)
         =>
         (~(( ? [V__GREATER] :
               ((s__instance(V__GREATER,s__Integer) &
                   (s__greaterThan(V__GREATER,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__1Fn(V__ROW2))
                         =>
                         ((s__RemainderFn(V__ELEMENT,V__GREATER)
                           = n__0))))))))))))))))
)
)

( ! [V__ROW3,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__GreatestCommonDivisorFn__2Fn(V__ROW2,V__ROW3)
           = V__NUMBER)
         =>
         (~(( ? [V__GREATER] :
               ((s__instance(V__GREATER,s__Integer) &
                   (s__greaterThan(V__GREATER,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__2Fn(V__ROW2,V__ROW3))
                         =>
                         ((s__RemainderFn(V__ELEMENT,V__GREATER)
                           = n__0))))))))))))))))
)
)

• If the greatest common divisor of @ROW is equal to an integer,
• then there doesn't exist another integer such that the other integer is greater than the integer and for all a third integer
  • if the third integer is a member of (@ROW),
  • then the third integer mod the other integer is equal to 0

( ! [V__ELEMENT,V__ROW3,V__ROW2,V__NUMBER] :
   (((s__LeastCommonMultipleFn__2Fn(V__ROW2,V__ROW3)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__2Fn(V__ROW2,V__ROW3))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

( ! [V__ROW5,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   (((s__LeastCommonMultipleFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

( ! [V__ELEMENT,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   (((s__LeastCommonMultipleFn__3Fn(V__ROW2,V__ROW3,V__ROW4)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

( ! [V__ROW7,V__ROW5,V__ROW6,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   (((s__LeastCommonMultipleFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

( ! [V__ROW5,V__ROW6,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   (((s__LeastCommonMultipleFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

( ! [V__ROW7,V__ROW8,V__ROW5,V__ROW6,V__ELEMENT,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   (((s__LeastCommonMultipleFn__7Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7,V__ROW8)
       = V__NUMBER)
     =>
     ((s__inList(V__ELEMENT,s__ListFn__7Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7,V__ROW8))
     =>
     (s__instance(V__ELEMENT,s__Number)))))
)
)

• If the least common multiple of @ROW is equal to an integer,
• then
  • if another entity is a member of (@ROW),
  • then the other entity is an instance of number

( ! [V__ROW3,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__LeastCommonMultipleFn__2Fn(V__ROW2,V__ROW3)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__2Fn(V__ROW2,V__ROW3))
                 =>
                 ((s__RemainderFn(V__NUMBER,V__ELEMENT)
                   = n__0)))))))))))
)
)

( ! [V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__LeastCommonMultipleFn__3Fn(V__ROW2,V__ROW3,V__ROW4)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
                 =>
                 ((s__RemainderFn(V__NUMBER,V__ELEMENT)
                   = n__0)))))))))))
)
)

( ! [V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__LeastCommonMultipleFn__1Fn(V__ROW2)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__1Fn(V__ROW2))
                 =>
                 ((s__RemainderFn(V__NUMBER,V__ELEMENT)
                   = n__0)))))))))))
)
)

( ! [V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__LeastCommonMultipleFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6))
                 =>
                 ((s__RemainderFn(V__NUMBER,V__ELEMENT)
                   = n__0)))))))))))
)
)

( ! [V__ROW5,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__LeastCommonMultipleFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
                 =>
                 ((s__RemainderFn(V__NUMBER,V__ELEMENT)
                   = n__0)))))))))))
)
)

( ! [V__ROW7,V__ROW8,V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Integer) =>
       (((s__LeastCommonMultipleFn__7Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7,V__ROW8)
           = V__NUMBER)
         =>
         (( ! [V__ELEMENT] :
             ((s__instance(V__ELEMENT,s__Integer) =>
                 ((s__inList(V__ELEMENT,s__ListFn__7Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7,V__ROW8))
                 =>
                 ((s__RemainderFn(V__NUMBER,V__ELEMENT)
                   = n__0)))))))))))
)
)

• If the least common multiple of @ROW is equal to an integer,
• then for all another integer
  • if the other integer is a member of (@ROW),
  • then the integer mod the other integer is equal to 0

( ! [V__ROW7,V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__LeastCommonMultipleFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7)
           = V__NUMBER)
         =>
         (~(( ? [V__LESS] :
               ((s__instance(V__LESS,s__Integer) &
                   (s__lessThan(V__LESS,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7))
                         =>
                         ((s__RemainderFn(V__LESS,V__ELEMENT)
                           = n__0))))))))))))))))
)
)

( ! [V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__LeastCommonMultipleFn__1Fn(V__ROW2)
           = V__NUMBER)
         =>
         (~(( ? [V__LESS] :
               ((s__instance(V__LESS,s__Integer) &
                   (s__lessThan(V__LESS,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__1Fn(V__ROW2))
                         =>
                         ((s__RemainderFn(V__LESS,V__ELEMENT)
                           = n__0))))))))))))))))
)
)

( ! [V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__LeastCommonMultipleFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6)
           = V__NUMBER)
         =>
         (~(( ? [V__LESS] :
               ((s__instance(V__LESS,s__Integer) &
                   (s__lessThan(V__LESS,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6))
                         =>
                         ((s__RemainderFn(V__LESS,V__ELEMENT)
                           = n__0))))))))))))))))
)
)

( ! [V__ROW3,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__LeastCommonMultipleFn__2Fn(V__ROW2,V__ROW3)
           = V__NUMBER)
         =>
         (~(( ? [V__LESS] :
               ((s__instance(V__LESS,s__Integer) &
                   (s__lessThan(V__LESS,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__2Fn(V__ROW2,V__ROW3))
                         =>
                         ((s__RemainderFn(V__LESS,V__ELEMENT)
                           = n__0))))))))))))))))
)
)

( ! [V__ROW5,V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__LeastCommonMultipleFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5)
           = V__NUMBER)
         =>
         (~(( ? [V__LESS] :
               ((s__instance(V__LESS,s__Integer) &
                   (s__lessThan(V__LESS,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
                         =>
                         ((s__RemainderFn(V__LESS,V__ELEMENT)
                           = n__0))))))))))))))))
)
)

( ! [V__ROW3,V__ROW4,V__ROW2,V__NUMBER] :
   ((s__instance(V__NUMBER,s__Quantity) =>
       (((s__LeastCommonMultipleFn__3Fn(V__ROW2,V__ROW3,V__ROW4)
           = V__NUMBER)
         =>
         (~(( ? [V__LESS] :
               ((s__instance(V__LESS,s__Integer) &
                   (s__lessThan(V__LESS,V__NUMBER)
                   &
                   ( ! [V__ELEMENT] :
                     ((s__instance(V__ELEMENT,s__Integer) =>
                         ((s__inList(V__ELEMENT,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
                         =>
                         ((s__RemainderFn(V__LESS,V__ELEMENT)
                           = n__0))))))))))))))))
)
)

• If the least common multiple of @ROW is equal to an integer,
• then there doesn't exist another integer such that the other integer is less than the integer and for all a third integer
  • if the third integer is a member of (@ROW),
  • then the other integer mod the third integer is equal to 0

• If a consecutive time interval list is equal to ConsecutiveTimeIntervalList for at a time interval at a time duration is contained in TimeIntervalListFn,
• then the beginning of the time interval is equal to the beginning of the first of the consecutive time interval list and another time interval is a member of the consecutive time interval list and duration of the other time interval is the time duration

• If a number is equal to The maximum value of the a list,
• then there doesn't exist a quantity such that the quantity is a member of the list and the quantity is greater than the number

( ! [V__ROW3,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW3,s__Attribute) &
         s__instance(V__ROW2,s__Attribute) &
         s__subclass(V__CLASS,s__Attribute) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__exhaustiveAttribute__3(V__CLASS,V__ROW2,V__ROW3)
         =>
         (( ! [V__ATTR1] :
             ((s__instance(V__ATTR1,V__CLASS)
               =>
               (( ? [V__ATTR2] :
                   ((s__inList(V__ATTR2,s__ListFn__2Fn(V__ROW2,V__ROW3))
                   &
                   (V__ATTR1 = V__ATTR2))))))))))))
)
)

( ! [V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW3,s__Attribute) &
         s__instance(V__ROW4,s__Attribute) &
         s__instance(V__ROW2,s__Attribute) &
         s__subclass(V__CLASS,s__Attribute) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__exhaustiveAttribute__4(V__CLASS,V__ROW2,V__ROW3,V__ROW4)
         =>
         (( ! [V__ATTR1] :
             ((s__instance(V__ATTR1,V__CLASS)
               =>
               (( ? [V__ATTR2] :
                   ((s__inList(V__ATTR2,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
                   &
                   (V__ATTR1 = V__ATTR2))))))))))))
)
)

( ! [V__ROW7,V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW7,s__Attribute) &
         s__instance(V__ROW5,s__Attribute) &
         s__instance(V__ROW6,s__Attribute) &
         s__instance(V__ROW3,s__Attribute) &
         s__instance(V__ROW4,s__Attribute) &
         s__instance(V__ROW2,s__Attribute) &
         s__subclass(V__CLASS,s__Attribute) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__exhaustiveAttribute__7(V__CLASS,V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7)
         =>
         (( ! [V__ATTR1] :
             ((s__instance(V__ATTR1,V__CLASS)
               =>
               (( ? [V__ATTR2] :
                   ((s__inList(V__ATTR2,s__ListFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7))
                   &
                   (V__ATTR1 = V__ATTR2))))))))))))
)
)

( ! [V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW5,s__Attribute) &
         s__instance(V__ROW6,s__Attribute) &
         s__instance(V__ROW3,s__Attribute) &
         s__instance(V__ROW4,s__Attribute) &
         s__instance(V__ROW2,s__Attribute) &
         s__subclass(V__CLASS,s__Attribute) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__exhaustiveAttribute__6(V__CLASS,V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6)
         =>
         (( ! [V__ATTR1] :
             ((s__instance(V__ATTR1,V__CLASS)
               =>
               (( ? [V__ATTR2] :
                   ((s__inList(V__ATTR2,s__ListFn__5Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6))
                   &
                   (V__ATTR1 = V__ATTR2))))))))))))
)
)

( ! [V__ROW2,V__CLASS] :
   (((s__instance(V__ROW2,s__Attribute) &
         s__subclass(V__CLASS,s__Attribute) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__exhaustiveAttribute__2(V__CLASS,V__ROW2)
         =>
         (( ! [V__ATTR1] :
             ((s__instance(V__ATTR1,V__CLASS)
               =>
               (( ? [V__ATTR2] :
                   ((s__inList(V__ATTR2,s__ListFn__1Fn(V__ROW2))
                   &
                   (V__ATTR1 = V__ATTR2))))))))))))
)
)

• If @ROW are all the attributes of another kind of attribute,
• then for all an entity
  • if the entity is an instance of another kind of attribute,
  • then there exists another entity such that the other entity is a member of (@ROW) and the entity is equal to the other entity

( ! [V__ROW5,V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW5,s__Class) &
         s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__exhaustiveDecomposition__5(V__CLASS,V__ROW2,V__ROW3,V__ROW4,V__ROW5)
         =>
         (( ! [V__OBJ] :
             ((s__instance(V__OBJ,V__CLASS)
               =>
               (( ? [V__ITEM] :
                   ((s__instance(V__ITEM,s__Class) &
                       (s__inList(V__ITEM,s__ListFn__4Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5))
                     &
                     s__instance(V__OBJ,V__ITEM)))))))))))))
)
)

( ! [V__ROW7,V__ROW5,V__ROW6,V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW7,s__Class) &
         s__instance(V__ROW5,s__Class) &
         s__instance(V__ROW6,s__Class) &
         s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__exhaustiveDecomposition__7(V__CLASS,V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7)
         =>
         (( ! [V__OBJ] :
             ((s__instance(V__OBJ,V__CLASS)
               =>
               (( ? [V__ITEM] :
                   ((s__instance(V__ITEM,s__Class) &
                       (s__inList(V__ITEM,s__ListFn__6Fn(V__ROW2,V__ROW3,V__ROW4,V__ROW5,V__ROW6,V__ROW7))
                     &
                     s__instance(V__OBJ,V__ITEM)))))))))))))
)
)

( ! [V__ROW3,V__ROW4,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW4,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__exhaustiveDecomposition__4(V__CLASS,V__ROW2,V__ROW3,V__ROW4)
         =>
         (( ! [V__OBJ] :
             ((s__instance(V__OBJ,V__CLASS)
               =>
               (( ? [V__ITEM] :
                   ((s__instance(V__ITEM,s__Class) &
                       (s__inList(V__ITEM,s__ListFn__3Fn(V__ROW2,V__ROW3,V__ROW4))
                     &
                     s__instance(V__OBJ,V__ITEM)))))))))))))
)
)

( ! [V__ROW3,V__ROW2,V__CLASS] :
   (((s__instance(V__ROW3,s__Class) &
         s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__exhaustiveDecomposition__3(V__CLASS,V__ROW2,V__ROW3)
         =>
         (( ! [V__OBJ] :
             ((s__instance(V__OBJ,V__CLASS)
               =>
               (( ? [V__ITEM] :
                   ((s__instance(V__ITEM,s__Class) &
                       (s__inList(V__ITEM,s__ListFn__2Fn(V__ROW2,V__ROW3))
                     &
                     s__instance(V__OBJ,V__ITEM)))))))))))))
)
)

( ! [V__ROW2,V__CLASS] :
   (((s__instance(V__ROW2,s__Class) &
         s__instance(V__CLASS,s__Class))
       =>
       ((s__exhaustiveDecomposition__2(V__CLASS,V__ROW2)
         =>
         (( ! [V__OBJ] :
             ((s__instance(V__OBJ,V__CLASS)
               =>
               (( ? [V__ITEM] :
                   ((s__instance(V__ITEM,s__Class) &
                       (s__inList(V__ITEM,s__ListFn__1Fn(V__ROW2))
                     &
                     s__instance(V__OBJ,V__ITEM)))))))))))))
)
)

• If a class is covered by @ROW,
• then for all an entity
  • if the entity is an instance of the class,
  • then there exists a third class such that the third class is a member of (@ROW) and the entity is an instance of the third class