Assume liquefied petroleum gas (LPG) is a 50-50 (by mole) mixtures of n-pentene and n-butane. Calculate the calorific value (in kJ//mol) of gas available from a newly purchased cylinder. Will the calorific value increase, decrease or remain the same during use? {:(,"n-butane,"C_(4)H_(10),"n-pentane,"C_(5)H_(12)),("vapour pressure",1800 " torr"," 600 torr"),("calorific value"," 2800 kJ"//mol,"3600 kJ"//mol):}

Assume liquefied petroleum gas (LPG) is a 50-50 (by mole) mixtures of

1.	Assume liquefied petroleum gas (LPG) is a 50-50 (by mole) mixtures of n-pentene and n-butane. Calculate the calorific value (in kJ//mol) of gas available from a newly purchased cylinder. Will the calorific value increase, decrease or remain the same during use? {:(,"n-butane,"C_(4)H_(10),"n-pentane,"C_(5)H_(12)),("vapour pressure",1800 " torr"," 600 torr"),("calorific value"," 2800 kJ"//mol,"3600 kJ"//mol):}
Answer» ANSWER :3000