For a gaseous reaction, 2A(g) + B(g) to C(g) , DeltaH =- 30 "Kcal"//"mole at"300K If the reaction follows the rate law (d[C])/(dt) =4xx10^(-3)[A]^(2) [B] M //min and initially concentration ofB "is" [B] = 10^(-3) M and concentration of A is [A] =1 M, then calculate the rate at which heat will be liberatedper minute initially if reaction occurs in a rigid container of volume 10 litres. [Express answer in 10^(-1) "cal/min"] ["Use": R =2 "cal"// "mol" K ]

For a gaseous reaction, 2A(g) + B(g) to C(g) , DeltaH =- 30 "Kcal"//"

1.	For a gaseous reaction, 2A(g) + B(g) to C(g) , DeltaH =- 30 "Kcal"//"mole at"300K If the reaction follows the rate law (d[C])/(dt) =4xx10^(-3)[A]^(2) [B] M //min and initially concentration ofB "is" [B] = 10^(-3) M and concentration of A is [A] =1 M, then calculate the rate at which heat will be liberatedper minute initially if reaction occurs in a rigid container of volume 10 litres. [Express answer in 10^(-1) "cal/min"] ["Use": R =2 "cal"// "mol" K ]
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