kindjoyful
Kj means Kilojoules, which is another term for "calories".
In this chemical reaction, the reactants have a higher chemical energy (385 kJ) compared to the products (366 kJ). This indicates that the reaction releases energy, specifically 19 kJ, which is the difference between the two energy levels. This energy release suggests that the reaction is exothermic, meaning it generates heat as the reactants transform into products.
This is my QustionListed below are ionization energies for removing successive electrons from various atoms of the third period. Which of the following lists corresponds to the ionization energies for phosphorus?a. 496 kJ, 4,560 kJ (I.E. for the first two electrons)b. 738 kJ, 1,450 kJ, 7,730 kJ (I.E. for the first three electrons)c. 578 kJ, 1,820 kJ, 2,750 kJ, 11,600 kJ (I.E. for the first four electrons)d. 786 kJ, 1,580 kJ, 3,230 kJ, 4,360 kJ, 16,100 kJ (I.E. for the first five electrons)e. 1,012 kJ, 1,900 kJ, 2,910 kJ, 4,960 kJ, 6,270 kJ (I.E. for the first five electrons)
The standard enthalpy of combustion for 1-propanol is approximately -2026 kJ/mol, meaning that the heat released when 1 mol of 1-propanol is completely burned is 2026 kJ.
1000 kj, kj means thousand Jules.
1 kJ is approximately 0.239 kcal9560 kJ * (0.239 kcal/kJ) = 2284.84 kcal
2200 kj
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CH4(g) + 2O2(g) CO2(g) + 2H2O(g) + 802 kJ/mol
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8,000 to 10,000 kJ.