2C. [CoCl4]²- 3. The complex [Fe(H2O)6]²* is paramagnetic. Is the H;O ligand inducing a strong or weak field? Explain. 4. Give an example of 3d transition metal compound in oxidation state VII. 5. Carbon monoxide is a strong reducing agent and can reduce most metals from their oxides to the metal itself. Write a balanced equation for the reduction of Fe2O3 to Fe using carbon monoxide. 6. Hydrogen gas is a strong reducing agent and can reduce most metals from their oxides to the metal itself. Write a balanced equation for the reduction of nickel(II) oxide to metal nickel using hydrogen gas.

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Question five 

2C. [CoCl4]²-
3. The complex [Fe(H2O)6]²* is paramagnetic. Is the H;O ligand inducing a strong
or weak field? Explain.
4. Give an example of 3d transition metal compound in oxidation state VII.
5. Carbon monoxide is a strong reducing agent and can reduce most metals from
their oxides to the metal itself. Write a balanced equation for the reduction of
Fe2O3 to Fe using carbon monoxide.
6. Hydrogen gas is a strong reducing agent and can reduce most metals from their
oxides to the metal itself. Write a balanced equation for the reduction of nickel(II)
oxide to metal nickel using hydrogen gas.
Transcribed Image Text:2C. [CoCl4]²- 3. The complex [Fe(H2O)6]²* is paramagnetic. Is the H;O ligand inducing a strong or weak field? Explain. 4. Give an example of 3d transition metal compound in oxidation state VII. 5. Carbon monoxide is a strong reducing agent and can reduce most metals from their oxides to the metal itself. Write a balanced equation for the reduction of Fe2O3 to Fe using carbon monoxide. 6. Hydrogen gas is a strong reducing agent and can reduce most metals from their oxides to the metal itself. Write a balanced equation for the reduction of nickel(II) oxide to metal nickel using hydrogen gas.
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