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Abr001am
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4,23 = 9292 and 44

thanks for your downvotes.


second Question:

the number is an intersection between this list

5,12                11,6 

3,24                23,4        

2,33                4,17               8,9               16,5               32,3               

2,29                4,15               7,9               8,8               14,5               28,3  

and this one

2,47        3,31        4,23        6,15         8,11        12,7       16,5         24,3         32,2  

2,45        4,22        23,3  

the only couple appeaering twice is 16,5

Which means numers in this case are

16 and 80

4,23 = 92 and 4

thanks for your downvotes.

4,23 = 92 and 4

thanks for your downvotes.


second Question:

the number is an intersection between this list

5,12                11,6 

3,24                23,4        

2,33                4,17               8,9               16,5               32,3               

2,29                4,15               7,9               8,8               14,5               28,3  

and this one

2,47        3,31        4,23        6,15         8,11        12,7       16,5         24,3         32,2  

2,45        4,22        23,3  

the only couple appeaering twice is 16,5

Which means numers in this case are

16 and 80

Post Deleted by Abr001am
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Abr001am
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4,23 = 92 and 234

first off lets note that such a coupe ji,ij is a representation of two numbers ij and i

Now , the first sentence in the intersection of two lists , the list of addition and division guy conditions , it is the following

5,12 11,6

5,12                11,6 

3,24                23,4        

2,47                4,24               

2,45                4,23               8,12               11,9               

2,33                4,17               8,9               16,5               32,3               

2,29                4,15               7,9               8,8               14,5               28,3               

4,23 = 92 and 23

first off lets note that such a coupe j,i is a representation of two numbers ij and i

Now , the first sentence in the intersection of two lists , the list of addition and division guy conditions , it is the following

5,12 11,6

3,24                23,4        

2,47                4,24               

2,45                4,23               8,12               11,9               

2,33                4,17               8,9               16,5               32,3               

2,29                4,15               7,9               8,8               14,5               28,3               

4,23 = 92 and 4

first off lets note that such a coupe i,j is a representation of two numbers ij and i

Now , the first sentence in the intersection of two lists , the list of addition and division guy conditions , it is the following

5,12                11,6 

3,24                23,4        

2,47                4,24               

2,45                4,23               8,12               11,9               

2,33                4,17               8,9               16,5               32,3               

2,29                4,15               7,9               8,8               14,5               28,3               
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Abr001am
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Solution:

Magic numbers are :

4,23 = 92 and 23

first off lets note that such a coupe j,i is a representation of two numbers ij and i

Now , the first sentence in the intersection of two lists , the list of addition and division guy conditions , it is the following

5,12 11,6

3,24                23,4        

2,47                4,24               

2,45                4,23               8,12               11,9               

2,33                4,17               8,9               16,5               32,3               

2,29                4,15               7,9               8,8               14,5               28,3               

you can verify the evidence of this list by this little xls tool

Xls file

this scripted excel sheet extracts the list of numbers which fits that the diference guy knows that summer knows that he doesnt know for sure , the second sheet shows how subtractor is sure about divisor knows that subtractor dosent know with a perfect explanation.

the final list is an intersection of those two lists.

now divisor knows the numbers which means j>33.

now both guys knows also which means the list will be truncated to :

2,47                4,24               

2,45                4,23               8,12               11,9               

the list concerning summer and intersecting the upper lists is

2,47        3,31        4,23        6,15         8,11        12,7       16,5         24,3         32,2  

2,45        4,22        23,3  

know divisor made a mistake which means such a couple 2,x is excluded , the only couple which appears twice in last two lists apart 2,x is 4,23

to be honest i cant go with explanation further than this.

thanks for your downvotes.