Prelab for 10- Analysis of Phosphoric acid, H_3PO_4, has some important applications It can be used to produce and it is present in cola process Phosphoric acid can be made from phosphorus in a two-step process: Reaction 1: P_4 5 O_2 rightarrow p_4O_10 Reaction 2 P_4O_10 + 6 H2_O rightarrow 4 H_3PO_4 1. What is the molar mass of phosphoric acid, H_3PO_4? 2. How many moles of phosphoric acid can be produced from 1 mole P_4? 3. A synthesis yielded 114 g of phosphoric acid. How many moles of phosphoric acid were produced? 4. How many moles of P_4 would be required to produce the moles of phosphoric acid determined in question 3? 5. Convert the moles of P_4 determined in question 4 into grams (which tells us the grams of P_4 that actually reacted) 6. Let's say that the experimentalist actually used 175 g taken from a bottle labelled P_4. Based upon your answer to question 5 you can see that it did not all react. We will assume this was because the reagent in this bottle contained inert impurities. So, based upon your answer to question 5 and the grams of chemical taken from the reagent bottle what was the actual mass percent P_4 in the bottle?