Determine the oxidation state of X (a fictional element) in the following compounds/polyatomic ions, using the periodic table for the real elements/the list of polyatomic ions, by Hll the numerical answers (ie, 1, -5 etc): Given: Polyatomic name: Polyatomic formula: sulfate hydroxide OH1- ammonium NH4 carbonate co3- NO3 nitrate a) XO3, the oxidation state of X is: b) NaXSO4: the axidation state of X is: c) XF3: the oxidation state of Xis:

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Chapter1: Chemical Foundations
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**Determine the Oxidation State of X**

In the following exercise, you are tasked with determining the oxidation state of X (a fictional element) in various compounds containing polyatomic ions. Utilize the periodic table for real elements and the provided list of polyatomic ions. Fill in the numerical answers (e.g., 1, -5, etc.) in the spaces provided.

**Given:**

| Polyatomic name | Polyatomic formula |
|-----------------|--------------------|
| sulfate         | SO₄²⁻              |
| hydroxide       | OH⁻               |
| ammonium        | NH₄⁺              |
| carbonate       | CO₃²⁻              |
| nitrate         | NO₃⁻              |

**Exercises:**

a) In XO₃⁻¹, determine the oxidation state of X: _______

b) In Na₂SO₄, determine the oxidation state of X: _______

c) In XF₃, determine the oxidation state of X: _______
Transcribed Image Text:**Determine the Oxidation State of X** In the following exercise, you are tasked with determining the oxidation state of X (a fictional element) in various compounds containing polyatomic ions. Utilize the periodic table for real elements and the provided list of polyatomic ions. Fill in the numerical answers (e.g., 1, -5, etc.) in the spaces provided. **Given:** | Polyatomic name | Polyatomic formula | |-----------------|--------------------| | sulfate | SO₄²⁻ | | hydroxide | OH⁻ | | ammonium | NH₄⁺ | | carbonate | CO₃²⁻ | | nitrate | NO₃⁻ | **Exercises:** a) In XO₃⁻¹, determine the oxidation state of X: _______ b) In Na₂SO₄, determine the oxidation state of X: _______ c) In XF₃, determine the oxidation state of X: _______
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