At high temperatures solid chromium (III) oxide reacts with liquid silicon to form liquid chromium and solid silicon dioxide. a) Write a balanced equation for this reaction. b) If 28.0g of chromium (III) oxide react with 25.0 mL of liquid silicon (density of liquid silicon = 2.57g/cm3), calculate the volume (in mL) of liquid chromium (density of liquid chromium = 6.3g/cm3) that can be produced from this reaction. c) Calculate the amount (in mL or grams) of any leftover reactant. (Assume 100% yield).