Given thatC_((g)) + O_(2(g)) to CO_(2(g))DeltaH^(@) =- 1KJ , 2 CO_((g))+O_(2(g)) to2CO _(2(g)) DeltaH^@=- b KJ , calculatetheDeltaH^@ for thereactionC_((g))+1//2 O_(2(g)) to CO_((g))

Given thatC_((g)) + O_(2(g)) to CO_(2(g))DeltaH^(@) =- 1KJ , 2 CO_((g)

1.	Given thatC_((g)) + O_(2(g)) to CO_(2(g))DeltaH^(@) =- 1KJ , 2 CO_((g))+O_(2(g)) to2CO _(2(g)) DeltaH^@=- b KJ , calculatetheDeltaH^@ for thereactionC_((g))+1//2 O_(2(g)) to CO_((g))
Answer» `(b+2A)/(2)` `2a-b` `(2a-b)/(2)` `(b-2a) /(2)` Solution :`(b-2a) /(2)` `C +O_2to CO_2 "" DeltaH^(@)=- a KJ ………(1)` ` 2CO +O_2 to2CO_2"" DeltaH^@=- bKJ………(2)` `C + ^(1//2 )toCO"" DeltaH^@ =?` ` (1)xx 2 ` ` 2C+ 2O_2toCO_2Delta H^@=-2a KJ ........ (3)` reverseofrequation(2)willbe ` 2CO_2to2CO +O_2DeltaH^@ = b-2aKJ.....(5)` `(5)div2 ` ` C+ O _2toCO""DeltaH^@= (b-2a)/(2) KJ`