The table below shows ionic compounds we will mix. Each box outlined in bold sho

Question

The table below shows ionic compounds we will mix. Each box outlined in bold shows the mixing of a compound in a row and one in a column. For example, KNO3 will be reacted with each of the compounds list on the left.   List all ions present at the top of each box (4 per box). Write the formulas of binary ionic compounds formed from possible combinations of positive and negative ions (2 per box) that are different from the starting materials below the ions. The first box is filled in for you as an example.

KNO3

KBr

K2CO3

K2C2O4

K3PO4

NaCl

K+, NO3–

Na+, Cl–

KCl, NaNO3

CaCl2

CoCl2

ZnCl2

KNO3

KBr

K2CO3

K2C2O4

K3PO4

NaCl

K+, NO3–

Na+, Cl–

KCl, NaNO3

CaCl2

CoCl2

ZnCl2

Explanation / Answer

KNO3

KBr

K2CO3

K2C2O4

K3PO4

NaCl

K+, NO3–

Na+, Cl–

K+, Br–

Na+, Cl–

K+, CO32–

Na+, Cl–

K+, C2O4–

Na+, Cl–

K+, PO43–

Na+, Cl–

KCl, NaNO3

KCl, NaBr

KCl, Na2CO3

KCl, Na2C2O4

KCl, Na3PO43

CaCl2

K+, NO3–

Ca2+, Cl–

K+, Br–

Ca2+, Cl–

K+, CO32–

Ca2+, Cl–

K+, C2O4–

Ca2+, Cl–

K+, PO43–

Ca2+, Cl–

KCl, Ca(NO3)2

KCl, CaBr2

KCl, CaCO3

KCl, CaC2O4

KCl, Ca3(PO4)2

CoCl2

K+, NO3–

Co2+, Cl–

K+, Br–

Co2+, Cl–

K+, CO32–

Co2+, Cl–

K+, C2O4–

Co2+, Cl–

K+, PO43–

Co2+, Cl–

KCl, Co(NO3)2

KCl, CoBr2

KCl, CoCO3

KCl, CoC2O4

KCl, Co3(PO4)2

ZnCl2

K+, NO3–

Zn2+, Cl–

K+, Br–

Zn2+, Cl–

K+, CO32–

Zn2+, Cl–

K+, C2O4–

Zn2+, Cl–

K+, PO43–

Zn2+, Cl–

KCl, Zn(NO3)2

KCl, ZnBr2

KCl, ZnCO3

KCl, ZnC2O4

KCl, Zn3(PO4)2

Oxidation states of cations (Na, K are +1), (Ca, Co & Zn are +2)

Oxidation states of anions (Cl, Br are -1), (CO3, C2O4 are -2) and PO4 is -3

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KNO3

KBr

K2CO3

K2C2O4

K3PO4

NaCl

K+, NO3–

Na+, Cl–

K+, Br–

Na+, Cl–

K+, CO32–

Na+, Cl–

K+, C2O4–

Na+, Cl–

K+, PO43–

Na+, Cl–

KCl, NaNO3

KCl, NaBr

KCl, Na2CO3

KCl, Na2C2O4

KCl, Na3PO43

CaCl2

K+, NO3–

Ca2+, Cl–

K+, Br–

Ca2+, Cl–

K+, CO32–

Ca2+, Cl–

K+, C2O4–

Ca2+, Cl–

K+, PO43–

Ca2+, Cl–

KCl, Ca(NO3)2

KCl, CaBr2

KCl, CaCO3

KCl, CaC2O4

KCl, Ca3(PO4)2

CoCl2

K+, NO3–

Co2+, Cl–

K+, Br–

Co2+, Cl–

K+, CO32–

Co2+, Cl–

K+, C2O4–

Co2+, Cl–

K+, PO43–

Co2+, Cl–

KCl, Co(NO3)2

KCl, CoBr2

KCl, CoCO3

KCl, CoC2O4

KCl, Co3(PO4)2

ZnCl2

K+, NO3–

Zn2+, Cl–

K+, Br–

Zn2+, Cl–

K+, CO32–

Zn2+, Cl–

K+, C2O4–

Zn2+, Cl–

K+, PO43–

Zn2+, Cl–

KCl, Zn(NO3)2

KCl, ZnBr2

KCl, ZnCO3

KCl, ZnC2O4

KCl, Zn3(PO4)2

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