Use the following information to answer question 5. Kerosene, C12H26(1), is a hydrocarbon used in jet fuel. The combustion of kerosene can be represented by the following equation. 2 C12H261)+370₂(g) → 24 CO₂(g) + 26 H₂O(g) + 15 029.0 kJ 5. The enthalpy change for the combustion of 1.00 kg of kerosene is A. B. C. D. Not typed, just handwritte pls. -8.82 x 10 kJ -4.41 x 10 kJ +4.41 x 10¹ kJ +8.82 × 10¹ kJ
Use the following information to answer question 5. Kerosene, C12H26(1), is a hydrocarbon used in jet fuel. The combustion of kerosene can be represented by the following equation. 2 C12H261)+370₂(g) → 24 CO₂(g) + 26 H₂O(g) + 15 029.0 kJ 5. The enthalpy change for the combustion of 1.00 kg of kerosene is A. B. C. D. Not typed, just handwritte pls. -8.82 x 10 kJ -4.41 x 10 kJ +4.41 x 10¹ kJ +8.82 × 10¹ kJ
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Problem 6.81QP: Compounds with carboncarbon double bonds, such as ethylene, C2H4, add hydrogen in a reaction called...
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Transcribed Image Text:Use the following information to answer question 5.
Kerosene, C₁2H26(1), is a hydrocarbon used in jet fuel. The combustion of kerosene can be
represented by the following equation.
2 C12H26(1) + 370₂(g) → 24 CO₂(g) + 26 H₂O(g) + 15 029.0 kJ
5. The enthalpy change for the combustion of 1.00 kg of kerosene is
A.
B.
C.
D.
Not typed,
just handwritte
pls.
-8.82 × 10¹ kJ
-4.41 x 10¹ kJ
+4.41 x 10¹ kJ
+8.82 x 10 kJ
-
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