fill in the name and empirical formula of each ionic compound that could be formed from the ions in this table: some ionic compounds (table with cation cs⁺, anions i⁻, cl⁻, br⁻, f⁻, columns for empirical formula and name of compound)

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Accepted Answer

# Explanation:
## Step1: Determine the empirical formula (Cs⁺ and I⁻)
The cation is $ \text{Cs}^+ $ (charge +1) and the anion is $ \text{I}^- $ (charge -1). To balance the charges, we need 1 $ \text{Cs}^+ $ and 1 $ \text{I}^- $, so the empirical formula is $ \text{CsI} $.
## Step2: Name the compound (CsI)
The cation is cesium ($ \text{Cs}^+ $) and the anion is iodide ($ \text{I}^- $), so the name is cesium iodide.
## Step3: Determine the empirical formula (Cs⁺ and Cl⁻)
The cation is $ \text{Cs}^+ $ (charge +1) and the anion is $ \text{Cl}^- $ (charge -1). To balance the charges, we need 1 $ \text{Cs}^+ $ and 1 $ \text{Cl}^- $, so the empirical formula is $ \text{CsCl} $.
## Step4: Name the compound (CsCl)
The cation is cesium ($ \text{Cs}^+ $) and the anion is chloride ($ \text{Cl}^- $), so the name is cesium chloride.
## Step5: Determine the empirical formula (Cs⁺ and Br⁻)
The cation is $ \text{Cs}^+ $ (charge +1) and the anion is $ \text{Br}^- $ (charge -1). To balance the charges, we need 1 $ \text{Cs}^+ $ and 1 $ \text{Br}^- $, so the empirical formula is $ \text{CsBr} $.
## Step6: Name the compound (CsBr)
The cation is cesium ($ \text{Cs}^+ $) and the anion is bromide ($ \text{Br}^- $), so the name is cesium bromide.
## Step7: Determine the empirical formula (Cs⁺ and F⁻)
The cation is $ \text{Cs}^+ $ (charge +1) and the anion is $ \text{F}^- $ (charge -1). To balance the charges, we need 1 $ \text{Cs}^+ $ and 1 $ \text{F}^- $, so the empirical formula is $ \text{CsF} $.
## Step8: Name the compound (CsF)
The cation is cesium ($ \text{Cs}^+ $) and the anion is fluoride ($ \text{F}^- $), so the name is cesium fluoride.

# Answer:
| cation | anion | empirical formula | name of compound |
| ---- | ---- | ---- | ---- |
| $ \text{Cs}^+ $ | $ \text{I}^- $ | $ \text{CsI} $ | cesium iodide |
| $ \text{Cs}^+ $ | $ \text{Cl}^- $ | $ \text{CsCl} $ | cesium chloride |
| $ \text{Cs}^+ $ | $ \text{Br}^- $ | $ \text{CsBr} $ | cesium bromide |
| $ \text{Cs}^+ $ | $ \text{F}^- $ | $ \text{CsF} $ | cesium fluoride |

cation	anion	empirical formula	name of compound
\( \text{Cs}^+ \)	\( \text{Cl}^- \)	\( \text{CsCl} \)	cesium chloride
\( \text{Cs}^+ \)	\( \text{Br}^- \)	\( \text{CsBr} \)	cesium bromide
\( \text{Cs}^+ \)	\( \text{F}^- \)	\( \text{CsF} \)	cesium fluoride

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Question

Explanation:

Step1: Determine the empirical formula (Cs⁺ and I⁻)

Step2: Name the compound (CsI)

Step3: Determine the empirical formula (Cs⁺ and Cl⁻)

Step4: Name the compound (CsCl)

Step5: Determine the empirical formula (Cs⁺ and Br⁻)

Step6: Name the compound (CsBr)

Step7: Determine the empirical formula (Cs⁺ and F⁻)

Step8: Name the compound (CsF)

Answer: