Hess's LawCalculate the formation of heat for the combustion of liquid acetone is the targetequation.CompoundHeat ValueCH,O(e)- 3C(s) + 3H-(g) + 0,lg)AH = +285.0 kJ3c5) + 30,[g)- >३C0:lglAH =-1182.0kJअH. [s) + *१०,g)- >3H,O[2]AH = -858.0 klO-1467 kJO-1755 kJ-2040 kJO-1545 kJ

In this question, we want to determine the combustion of acetone. How we can determine, you can see…

Hess's Law Calculate the formation of heat for the combustion of liquid acetone is the target equation. Compound Heat Value CH,0(e)-> 3C(s) + 3H-(g) + 0,le) AH = +285.0 kJ ३Cs) %+ ३०,/७/->३८०,gl] AH =-1182.0 kl 3H,(g) + ,0,ls) -> 3H,0(C] AH =-858.0 k O-1467 kJ O-1755 kJ O-2040 kJ

Hess's Law Calculate the formation of heat for the combustion of liquid acetone is the target equation. Compound Heat Value CH,0(e)-> 3C(s) + 3H-(g) + 0,le) AH = +285.0 kJ ३Cs) %+ ३०,/७/->३८०,gl] AH =-1182.0 kl 3H,(g) + ,0,ls) -> 3H,0(C] AH =-858.0 k O-1467 kJ O-1755 kJ O-2040 kJ

Chemistry

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Chapter1: Chemical Foundations

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Hess's Law
Calculate the formation of heat for the combustion of liquid acetone is the target
equation.
Compound
Heat Value
CH,O(e)- 3C(s) + 3H-(g) + 0,lg)
AH = +285.0 kJ
3c5) + 30,[g)- >३C0:lgl
AH =-1182.0kJ
अH. [s) + *१०,g)- >3H,O[2]
AH = -858.0 kl
O-1467 kJ
O-1755 kJ
-2040 kJ
O-1545 kJ

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