The heat change at constant volume for the decomposition of silver (I) oxide is found to be `30.66 kJ`. The heat change at constant pressure will beA. `30.66 kJ`B. `gt30.66 kJ`C. `lt30.66 kJ`D. Unpredicatable

The heat change at constant volume for the decomposition of silver (I)

1.	The heat change at constant volume for the decomposition of silver (I) oxide is found to be `30.66 kJ`. The heat change at constant pressure will beA. `30.66 kJ`B. `gt30.66 kJ`C. `lt30.66 kJ`D. Unpredicatable
Answer» `Ag_(2)O(s) rarr 2Ag(s) +(1)/(2)O_(2)(g)`, `(DeltaU)_(V) = 30.66 kJ` We know that `DeltaH = DeltaU + DeltanRT`, `=30.66 +(3)/(2)xxR xx T ({:(Deltan=n_(P)-n_(R)),(=(5)/(2)-1=(3)/(2)):})` `:. DeltaH gt DeltaU rArr (b)`

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The heat change at constant volume for the decomposition of silver (I) oxide is found to be `30.66 kJ`. The heat change at constant pressure will beA. `30.66 kJ`B. `gt30.66 kJ`C. `lt30.66 kJ`D. Unpredicatable

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