Help please....In many cases, students obtain percentage yields greater than 100% in doing this experiment. Providing the precipitate is dry and no mistakes in procedure are made, the high percentage yield can be explained by some of the Ba2+ reacting to give BaHPO4 precipitate along withBa3(PO4)2 precipitate.

Ba2+ (aq) +HPO42+(aq) - - - BaHPO4(s)

3Ba2+(aq) + 2PO43-(aq) - - - Ba3(PO4)2(s)

Imagine a hypothetical experiment where you use 6.00g ofBaCl2.2H2O and excess sodium phophate. If 27.00% of the limiting reagent forms BaHPO4 and the rest forms Ba3(PO4)2, how many grams of precipi

Question

Help please....In many cases, students obtain percentage yields greater than 100% in doing this experiment. Providing the precipitate is dry and no mistakes in procedure are made, the high percentage yield can be explained by some of the Ba2+ reacting to give BaHPO4 precipitate along withBa3(PO4)2 precipitate.

Ba2+ (aq) +HPO42+(aq) - - - >BaHPO4(s)

3Ba2+(aq) + 2PO43-(aq) - - - >Ba3(PO4)2(s)

Imagine a hypothetical experiment where you use 6.00g ofBaCl2.2H2O and excess sodium phophate. If 27.00% of the limiting reagent forms BaHPO4 and the rest forms Ba3(PO4)2, how many grams of precipi