Reacting mixture of 1.000 kg

Al + FeO, Al2O3 + 2Fe 1. What is the limiting reactant, and how much of it remains theoretically unused? 2. What is the excess reactant, and how much of it remains theoretically unused? 3. How many kilograms of metal are produced? 4. What are the oxidation states of all the elements in the reaction? 5. Calculate the standard enthalpy change of your thermite reaction at 25 degrees Celsius. 6. What will be the amount of energy, in kJ, released by your reaction mixture? Assume 100% yield. 7. Why do you think the thermite reaction requires the metal to be in powder form? 8. Based on the thermodynamic data you used in question 8, speculate about the "driving force" of the thermite reaction. 9. Suppose you can transfer the heat you calculated in question 9 with 100% efficiency to 1.00 L of water initially at 25 degrees Celsius. After the heat transfer takes place, what are the state and temperature of the water