Heats of combustion diamond carbon and garphite carbon are respectively -395.4 KJ mol^(-1) and -393.5 KJ mol^(-1). Calculate the heat of transition of dimand carbon into garphite carbon.

Heats of combustion diamond carbon and garphite carbon are respectivel

1.	Heats of combustion diamond carbon and garphite carbon are respectively -395.4 KJ mol^(-1) and -393.5 KJ mol^(-1). Calculate the heat of transition of dimand carbon into garphite carbon.
Answer» Solution :`C_(("diamond"))+O_(2)(G) to O_(2)(g) ,DeltaH=-395.4KJ....(1)` `C_(("GRAPHITE"))+ O_(2)(g) to O_(2)(g) ,DeltaH=-395.4KJ....(2)` EQUATION (1)-euation (2), GIVES `C_(("diamond"))toC_(("graphite")),DeltaH=-1.9KJ` The heat TRANSITION of diamond carbon into graphite carbone =-1.9KJ.