the reaction of silver nitrate with zinc would be classified as a\nsynthesis reaction\ndouble displacement…

the reaction of silver nitrate with zinc would be classified as a\nsynthesis reaction\ndouble displacement reaction\ndecomposition reaction\nsingle displacement reaction\nconsider the following reactants: k3po4 + fe(no3)3 -----> ? + ? the products of the reaction that occurs are:\na) fepo4 + kno3\nb) fek3 + no3po4\nc) fe3po4 + k3no3\nd) k3fe + po4(no3)3\na\nb\nc\nd

the reaction of silver nitrate with zinc would be classified as a\nsynthesis reaction\ndouble displacement reaction\ndecomposition reaction\nsingle displacement reaction\nconsider the following reactants: k3po4 + fe(no3)3 -----> ? + ? the products of the reaction that occurs are:\na) fepo4 + kno3\nb) fek3 + no3po4\nc) fe3po4 + k3no3\nd) k3fe + po4(no3)3\na\nb\nc\nd

Answer

Brief Explanations:

  1. For the reaction of silver nitrate ($AgNO_3$) with zinc ($Zn$), zinc is more reactive than silver. Zinc will displace silver from silver nitrate. In a single - displacement reaction, one element replaces another element in a compound. The reaction is $Zn + 2AgNO_3=Zn(NO_3)_2 + 2Ag$.
  2. For the reaction between $K_3PO_4$ and $Fe(NO_3)_3$, this is a double - displacement reaction. The positive and negative ions of the two reactants exchange partners. The balanced chemical equation is $K_3PO_4+Fe(NO_3)_3 = FePO_4\downarrow+3KNO_3$. The products are iron(III) phosphate ($FePO_4$) and potassium nitrate ($KNO_3$).

Answer:

  1. single displacement reaction
  2. a) $FePO_4 + KNO_3$