4. at a very high temperature, manganese is isolated from its ore, manganomanganic oxide, via the following balanced equation: 3 mn304(s) + 8 al(s) + 4 al2o3(s) + 9 mn(s) a. how many manganese atoms are liberated if 54.8 moles of mn304 react with excess aluminum. b. how many moles of aluminum oxide are made if 3580 g of manganomanganic oxide are consumed? c. how many moles of manganomanganic oxide will react with 5.33 x 1025 atoms of aluminum? d. if 4.37 moles of aluminum are consumed, how many molecules of aluminum oxide are produced?