3(O) Toluene (l) + CLSO3H + NH3 3H-1, 3 Benzothiazde-2-thian + 3 H2O...

Question

3(O) 						 					 				 			 			 		 	  Toluene (l) + CLSO3H + NH3 3H-1, 3 Benzothiazde-2-thian + 3 H2O + HCl7 x C(s) +2 x H(g)+ ½ Cl2(g) + S(s) + 3O2(g) + ½ N2(s)Delta Hf Toluene 12 KjmolDelta HfChlorosulphonic acid -597 KjmolDelta Hf Ammonia XXXXXXXXXXKjmolDelta Hf Water XXXXXXXXXXKjmolDelta Hf3H-1,3 Benzothiazde-2-thian 205.5 Kjmol
	
Document Preview: 3(O)Toluene (l) + CLSO3H + NH XXXXXXXXXX3H-1, 3 Benzothiazde-2-thian + 3 H2O + HCl7 x C(s) + 2 x H(g) + ½ Cl2(g) + S(s) + 3O2(g) + ½ N2(s)Delta Hf Toluene 12 Kj molDelta Hf Chlorosulphonic acid -597 Kj molDelta Hf Ammonia XXXXXXXXXXKj molDelta Hf Water XXXXXXXXXXKj molDelta Hf 3H-1, 3 Benzothiazde-2-thian 205.5 Kj mol

David · Accepted Answer

SolutionTTs160613_30633_30 
∆Hf (reaction) = ∆Hf (products) - ∆Hf (reactants) 
In the present case, ∆Hf (reaction) = ∑ [∆Hf(C7H5NS2) + 3X ∆Hf(H2O) + ∆Hf(HCl)] 
                                                               -  ∑ [∆Hf(C7H8)+ ∆Hf(ClSO3H)+ ∆Hf(NH3)] 
Putting the values,

3(O) Toluene (l) + CLSO 3 H + NH 3 3H-1, 3 Benzothiazde-2-thian + 3 H 2 O + HCl 7 x C (s) +2 x H(g)+ ½ Cl 2(g) + S (s) + 3O 2(g) + ½ N 2(s) Delta Hf Toluene 12 Kjmol Delta HfChlorosulphonic acid -597...

Solution

Answer To This Question Is Available To Download

Related Questions & Answers

Submit New Assignment