Phosphoryl chloride, Cl3PO, is made by the reaction shown below: P40 10 + 6PCL5 --> 10Cl3 PO How much energy could be obtained when 50g of tetraphorphous deacaoxide, P4010, is reacted? You are given the following thermochemical equations: (1) P4 + 6Cl2 − − > 4 PCl3 AH-1272 KJ (2) P4 +502 --> P4010 AH-2915 KJ (3) PCl3 + Cl2 --> PC15 A H-125 KJ (4) PCl3 + ½¼/02 − − > Cl3 PO AH-267 KJ

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Chapter1: Chemical Foundations
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Kindly do the following question (showing all your work). 

Phosphoryl chloride, Cl3PO, is made by the reaction shown below:
P40 10 + 6PCL5 --> 10Cl3 PO
How much energy could be obtained when 50g of tetraphorphous deacaoxide,
P4010, is reacted? You are given the following thermochemical equations:
(1) P4 + 6Cl2 − − > 4 PCl3
AH-1272 KJ
(2) P4 +502 --> P4010
AH-2915 KJ
(3) PCl3 + Cl2 --> PC15
A H-125 KJ
(4) PCl3 + ½¼/02 − − > Cl3 PO
AH-267 KJ
Transcribed Image Text:Phosphoryl chloride, Cl3PO, is made by the reaction shown below: P40 10 + 6PCL5 --> 10Cl3 PO How much energy could be obtained when 50g of tetraphorphous deacaoxide, P4010, is reacted? You are given the following thermochemical equations: (1) P4 + 6Cl2 − − > 4 PCl3 AH-1272 KJ (2) P4 +502 --> P4010 AH-2915 KJ (3) PCl3 + Cl2 --> PC15 A H-125 KJ (4) PCl3 + ½¼/02 − − > Cl3 PO AH-267 KJ
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