This is the question I need help with. I have attached a periodic table as well.  A. Predict the products of the following single replacement reaction and balance the final chemical equation. Include states of matter in your reactants and products. If no reaction occurs, simply write “NR” after the reaction arrow. Gaseous Cl2 is bubbled in a solution of AlBr3. B. Predict the products of the following double replacement reaction and balance the final chemical equation. Include states of matter in your reactants and products. Solutions of AlCl3 and AgNO3 are reacted. C.Write the complete and net ionic equations for the double replacement reaction you predicted in Question (B).

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This is the question I need help with. I have attached a periodic table as well. 

A. Predict the products of the following single replacement reaction and balance the final chemical equation. Include states of matter in your reactants and products. If no reaction occurs, simply write “NR” after the reaction arrow.

Gaseous Cl2 is bubbled in a solution of AlBr3.

B. Predict the products of the following double replacement reaction and balance the final chemical equation. Include states of matter in your reactants and products.

Solutions of AlCl3 and AgNO3 are reacted.

C.Write the complete and net ionic equations for the double replacement reaction you predicted in Question (B).

### Periodic Table of the Elements (Natural Form)

#### Description:
This periodic table visually categorizes elements based on their state at room temperature: solid (yellow), liquid (blue), and gas (green).

#### Key Features:

- **Solid (Yellow):** Most elements are in this category at room temperature.
- **Liquid (Blue):** Represented by Mercury (Hg) and Bromine (Br).
- **Gas (Green):** Includes elements like Hydrogen (H), Nitrogen (N), Oxygen (O), Fluorine (F), Chlorine (Cl), and noble gases such as Helium (He), Neon (Ne), Argon (Ar), Krypton (Kr), Xenon (Xe), and Radon (Rn).

#### Noteworthy Areas:
- Elements with atomic numbers higher than 104 have very short half-lives, and their data is not well-known.

### Additional Sections:

- **Lanthanoids:** Elements listed separately at the bottom of the table, typically known for their rare earth properties.
- **Actinoids:** Another separate section, known for containing radioactive elements.

This particular layout of the periodic table is meant for educational purposes, helping to visualize and differentiate elements based on their natural state and specific properties.

For more information, visit: [About Chemistry](https://www.chemistry.about.com)  
©2010 Todd Helmenstine
Transcribed Image Text:### Periodic Table of the Elements (Natural Form) #### Description: This periodic table visually categorizes elements based on their state at room temperature: solid (yellow), liquid (blue), and gas (green). #### Key Features: - **Solid (Yellow):** Most elements are in this category at room temperature. - **Liquid (Blue):** Represented by Mercury (Hg) and Bromine (Br). - **Gas (Green):** Includes elements like Hydrogen (H), Nitrogen (N), Oxygen (O), Fluorine (F), Chlorine (Cl), and noble gases such as Helium (He), Neon (Ne), Argon (Ar), Krypton (Kr), Xenon (Xe), and Radon (Rn). #### Noteworthy Areas: - Elements with atomic numbers higher than 104 have very short half-lives, and their data is not well-known. ### Additional Sections: - **Lanthanoids:** Elements listed separately at the bottom of the table, typically known for their rare earth properties. - **Actinoids:** Another separate section, known for containing radioactive elements. This particular layout of the periodic table is meant for educational purposes, helping to visualize and differentiate elements based on their natural state and specific properties. For more information, visit: [About Chemistry](https://www.chemistry.about.com) ©2010 Todd Helmenstine
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