How does Cr(CN)2(s) (CN is in parentheses) break up in solution? Write subscripts and superscripts as normal numbers and do not include spaces in your answer. Do not include states like (aq) or "1" in front of single atoms or charges. For example, the answer for NiCl3(s) would be Ni3++3Cl- For example, the answer for Sb3(PO4)5(s) would be 3Sb5++5PO43- Possibly relevant polyatomic ions: CN-,OH-, NO3-, NO2-, ClO3-, ClO4-, CO32-, SO42-, CrO42-, Cr2O72-, PO43-, PO33-
How does Cr(CN)2(s) (CN is in parentheses) break up in solution? Write subscripts and superscripts as normal numbers and do not include spaces in your answer. Do not include states like (aq) or "1" in front of single atoms or charges.
For example, the answer for NiCl3(s) would be Ni3++3Cl-
For example, the answer for Sb3(PO4)5(s) would be 3Sb5++5PO43-
Possibly relevant polyatomic ions:
CN-,OH-, NO3-, NO2-, ClO3-, ClO4-,
CO32-, SO42-, CrO42-, Cr2O72-,
PO43-, PO33-
Screen Reader User: For example, the answer for NiCl3(s) would be Ni3++3Cl minus
For example, the answer for Sb3(P O4)5(s) would be 3Sb5++5PO43 minus
Possibly relevant polyatomic ions:
CN minus,O H minus, N O3 1 minus, N O2 1 minus, Cl O3 1 minus, Cl O4 1 minus,
C O3 2 minus, S O4 2 minus, Cr O4 2 minus, Cr2 O7 2 minus,
P O4 3 minus, P O3 3 minus
The breaking expression of some compound is given in the question statement.
The breaking of NiCl3(s) is given as Ni3+ + 3Cl–
Some relevant polyatomic ions are also given as follows:
CN–, OH–, NO3–, NO2–, ClO3–, ClO4–, CO32–, SO42-, CrO42–, Cr2O72–,PO33–, PO43–
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