You must determine what can be concluded from the 60 true statements below. The numbers in each statement represent binary values (`true` / `false`, `1` / `0`), or attributes that either are present or are not present.  

For example, in words, Statement 1 reads:   
*If 3 is true and 29 is true then 13 is false.*  
     
> **Statement 1:** if `3` and `29` then not `13`  
> **Statement 2:** if (`27` and `9`) or (`14` and not `10`) then `4`  
> **Statement 3:** if `14` and `28` then not `6`  
> **Statement 4:** if (`2` and `16`) or (`27` and not `18`) then `24`  
> **Statement 5:** if `14` and `29` then `11`  
> **Statement 6:** if `7` and `11` and not `10` then `21`  
> **Statement 7:** if `30` and `3` and not `12` then `11`  
> **Statement 8:** if `3` and `7` and not `1` then `23`  
> **Statement 9:** if (`10` and `1`) or (`23` and not `16`) then `27`  
> **Statement 10:** if `19` and `9` then not `27`  
> **Statement 11:** if `26` and `8` then not `5`  
> **Statement 12:** if `10` or `19` then not `13`  
> **Statement 13:** if (`1` and `6`) or (`9` and not `13`) then `25`  
> **Statement 14:** if `11` and `3` and not `4` then `17`  
> **Statement 15:** if `28` or `16` then `8`  
> **Statement 16:** if (`2` and `7`) or (`14` and not `13`) then `20`  
> **Statement 17:** if `27` and `26` then `15`  
> **Statement 18:** if `27` or `7` then `4`  
> **Statement 19:** if `30` and `11` and not `24` then `28`  
> **Statement 20:** if `27` and `10` and not `30` then `29`  
> **Statement 21:** if `27` and `9` and not `24` then `4`  
> **Statement 22:** if `4` and `28` then `15`  
> **Statement 23:** if `16` or `23` then not `25`  
> **Statement 24:** if `20` and `17` then `11`  
> **Statement 25:** if `6` or `28` then `30`  
> **Statement 26:** if (`5` and `18`) or (`6` and not `26`) then `16`  
> **Statement 27:** if `23` or `21` then `20`  
> **Statement 28:** if `25` or `6` then `20`  
> **Statement 29:** if `29` and `8` and not `23` then `7`  
> **Statement 30:** if `9` or `18` then `16`  
> **Statement 31:** if `12` and `11` and not `24` then `2`  
> **Statement 32:** if `6` and `24` then not `15`  
> **Statement 33:** if `9` or `5` then not `25`  
> **Statement 34:** if `17` and `8` and not `26` then `22`  
> **Statement 35:** if `15` and `1` then `11`  
> **Statement 36:** if `28` and `5` then `2`  
> **Statement 37:** if `2` and `9` and not `12` then `6`  
> **Statement 38:** if `26` and `14` then `22`  
> **Statement 39:** if `12` or `16` then `13`  
> **Statement 40:** if `9` and `8` then `16`  
> **Statement 41:** if `8` and `15` then not `27`  
> **Statement 42:** if `18` or `7` then `25`  
> **Statement 43:** if `30` and `2` then not `17`  
> **Statement 44:** if `23` and `4` then not `9`  
> **Statement 45:** if `17` and `11` and not `18` then `29`  
> **Statement 46:** if `10` and `5` then not `28`  
> **Statement 47:** if `12` and `18` and not `9` then `23`  
> **Statement 48:** if `9` and `17` then not `18`  
> **Statement 49:** if `21` or `5` then not `22`  
> **Statement 50:** if (`21` and `16`) or (`19` and not `17`) then `25`  
> **Statement 51:** if `13` or `24` then not `6`  
> **Statement 52:** if `1` and `18` and not `2` then `30`  
> **Statement 53:** if `8` and `30` and not `1` then `9`  
> **Statement 54:** if `10` and `28` then `6`  
> **Statement 55:** if `13` or `12` then not `21`  
> **Statement 56:** if `1` and `22` and not `20` then `23`  
> **Statement 57:** if (`3` and `30`) or (`12` and not `13`) then `23`  
> **Statement 58:** if `8` or `11` then `14`  
> **Statement 59:** if (`27` and `16`) or (`17` and not `28`) then `21`  
> **Statement 60:** if (`27` and `16`) or (`22` and not `14`) then 28