Fill in the blanks in the following table: Cation Anion Formula Name Lithium oxide Fe 2+ PO 4 3- Al 2 (SO 4 ) 3 Copper(II) nitrate Cr 3+ I − MnClO 2 Ammonium carbonate Zinc perchlorate Complete the first column of the table.

Identify the cation and anion for each compound.. For 'Lithium oxide', the cation is Li + and the anion is O 2- .. For 'Fe 2+ PO 4 3- ', the cation is Fe 2+ and the anion is PO 4 3- .. For 'Al 2 (SO 4 ) 3 ', the cation is Al 3+ and the anion is SO 4 2- .. For 'Copper(II) nitrate', the cation is Cu 2+ and the anion is NO 3 - .

Fill in the blanks in the following table: Cation Anion Formula Name Lithium oxide Fe 2+ PO 4 3- Al 2 (SO 4 ) 3 Copper(II) nitrate Cr 3+ I − MnClO 2 Ammonium carbonate Zinc perchlorate Complete the first column of the table.

Hey everyone. Our question here is asking us to provide the missing information. Starting off with our first one, we have led to Chrome eight. We know that lead is one of our transition metals. So we can have more than one possible charge. But here they told us it has a plus two charge due to our roman numeral two listed right here. So we have led with a plus two charge and chrome eight, which is one of our poly atomic ions. And Chrome has a formula of c. 042 -. And since we have that 1-1 ratio between our charges, Our formula is simply going to be PBCR 04. Now for our next one we have a G20. We know that silver has a plus one charge and oxygen has a - charge. So when they're combined they create the formula A. G 20. So naming this, we end up with silver since silver is our medal and are non metal is oxygen and we change the ending of oxygen into I. D. E. So the name will be silver oxide. Moving on to our next one, we have pd B R two, we know that palladium is a transition metal so it can have more than one possible charge. So we can label this as X. For now looking at our bro mean we know that bro means formula is B. R minus since it's in our group seven A. But since we have a subscript of two listed in our formula, that means we must have two of browning solving for R. X. We can write X plus two times negative one. Since we have that negative one charge And it's going to be equivalent to zero. Since we have a neutral compound Solving for X, we end up with a charge of plus two. So that means palladium has a charge of plus two and the name of our compound is going to be palladium two in parentheses. Since it is a transition metal. And for browning, we're going to change the ending into I. D. E. So this is going to be our final answers for our question. I hope this made sense and let us know if you have any other questions.

Fill in the blanks in the following table:Cation Anion Formula NameLithium oxideFe2+ PO43-Al2(SO4)3Copper(II) nitrateCr3+ I−MnClO2Ammonium carbonateZinc perchlorateComplete the first column of the table.

Identify the cation and anion for each compound. For 'Lithium oxide', the cation is Li + and the anion is O 2- . For 'Fe 2+ PO 4 3- ', the cation is Fe 2+ and the anion is PO 4 3- . For 'Al 2 (SO 4 ) 3 ', the cation is Al 3+ and the anion is SO 4 2- . For 'Copper(II) nitrate', the cation is Cu 2+ and the anion is NO 3 - .

Ch.2 - Atoms, Molecules, and Ions

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Brown 14th Edition

Ch.2 - Atoms, Molecules, and Ions

Problem 107a

Chapter 2, Problem 107a

Fill in the blanks in the following table:
Cation Anion Formula Name
Lithium oxide
Fe²⁺ PO₄^3-
Al₂(SO₄)₃
Copper(II) nitrate
Cr³⁺I⁻
MnClO₂
Ammonium carbonate
Zinc perchlorate
Complete the first column of the table.

Verified step by step guidance

Identify the cation and anion for each compound.

For 'Lithium oxide', the cation is Li⁺ and the anion is O^2-.

For 'Fe²⁺ PO₄^3-', the cation is Fe²⁺ and the anion is PO₄^3-.

For 'Al₂(SO₄)₃', the cation is Al³⁺ and the anion is SO₄^2-.

For 'Copper(II) nitrate', the cation is Cu²⁺ and the anion is NO₃^-.

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Key Concepts

Here are the essential concepts you must grasp in order to answer the question correctly.

Ionic Compounds

Ionic compounds are formed from the electrostatic attraction between cations (positively charged ions) and anions (negatively charged ions). They typically consist of a metal and a non-metal, where the metal donates electrons to become a cation, while the non-metal accepts electrons to become an anion. Understanding the formation and naming conventions of these compounds is essential for completing the table.

Nomenclature of Ions

The nomenclature of ions involves specific rules for naming cations and anions. Cations are usually named after their parent element, often with the addition of a Roman numeral to indicate their charge, while anions typically have names derived from their parent element with suffixes like '-ide', '-ate', or '-ite' depending on their composition. Familiarity with these naming conventions is crucial for accurately filling in the table.

Chemical Formulas

Chemical formulas represent the composition of ionic compounds, indicating the types and ratios of ions present. The formula is derived from the charges of the cations and anions, ensuring that the overall charge of the compound is neutral. Understanding how to derive and interpret these formulas is key to completing the first column of the table correctly.