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a) Water is a polar solvent and hexane (C6H14) is a nonpolar solvent. In which solvent is WnQuO2 (ionic compound) more likely to be soluble?  b) Indicate the compartment that will increase in volume for the following pairs of solutions separated by a semipermeable membrane: 2 M sucrose or 3 M sucrose? c) Calculate the mass of solute needed to prepare 1300 mL of a 7.0 % (m/v) Wn2ApO4 solution.

a) Water is a polar solvent and hexane (C6H14) is a nonpolar solvent. In which solvent is WnQuO2 (ionic compound) more likely to be soluble?  b) Indicate the compartment that will increase in volume for the following pairs of solutions separated by a semipermeable membrane: 2 M sucrose or 3 M sucrose? c) Calculate the mass of solute needed to prepare 1300 mL of a 7.0 % (m/v) Wn2ApO4 solution.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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(Attached in the images is a special periodic table in case you need it)

 

a) Water is a polar solvent and hexane (C6H14) is a nonpolar solvent. In which solvent is WnQuO2 (ionic compound) more likely to be soluble? 


b) Indicate the compartment that will increase in volume for the following pairs of solutions separated by a semipermeable membrane: 2 M sucrose or 3 M sucrose?

c) Calculate the mass of solute needed to prepare 1300 mL of a 7.0 % (m/v) Wn2ApO4 solution.

**Periodic Table of the Elements** This image depicts a periodic table of the elements, providing essential details such as atomic numbers and atomic weights for each element. - **Groups and Periods:** The table is organized into 18 groups (vertical columns) and 7 periods (horizontal rows). - **Elements:** Each element is represented by its chemical symbol, atomic number, and atomic weight. - **Special Annotations:** - The elements La (Lanthanum) and Ac (Actinium) are marked with an asterisk (*) and a dagger (‡), respectively, indicating their positions within the Lanthanide and Actinide series. **Additional Notes:** - **Fictitious Elements:** - The table lists non-existent elements and polyatomic ions in a yellow section titled "Elements and Polyatomic Ions NOT Accepted by IUPAC." - Examples include Ap (Apocryphor), Bg (Bogusine), and Qu (Quaxeroy). **Polyatomic Ions Not Accepted by IUPAC:** - Includes humorous names such as ApO⁻₃, ApO⁻₂ ("Apocryphate") and QuO₃⁻² ("Quackerite"). This table serves as an educational tool for understanding the arrangement and relationships of elements in the periodic table, while also incorporating humorous fictional elements for creative engagement.
Transcribed Image Text:**Periodic Table of the Elements** This image depicts a periodic table of the elements, providing essential details such as atomic numbers and atomic weights for each element. - **Groups and Periods:** The table is organized into 18 groups (vertical columns) and 7 periods (horizontal rows). - **Elements:** Each element is represented by its chemical symbol, atomic number, and atomic weight. - **Special Annotations:** - The elements La (Lanthanum) and Ac (Actinium) are marked with an asterisk (*) and a dagger (‡), respectively, indicating their positions within the Lanthanide and Actinide series. **Additional Notes:** - **Fictitious Elements:** - The table lists non-existent elements and polyatomic ions in a yellow section titled "Elements and Polyatomic Ions NOT Accepted by IUPAC." - Examples include Ap (Apocryphor), Bg (Bogusine), and Qu (Quaxeroy). **Polyatomic Ions Not Accepted by IUPAC:** - Includes humorous names such as ApO⁻₃, ApO⁻₂ ("Apocryphate") and QuO₃⁻² ("Quackerite"). This table serves as an educational tool for understanding the arrangement and relationships of elements in the periodic table, while also incorporating humorous fictional elements for creative engagement.
This image displays a periodic table with conventional elements and additional fictional elements listed at the bottom. Each element is shown with its atomic number, symbol, and atomic weight. **Main Periodic Table:** - Elements are organized by increasing atomic number. - Groups are displayed vertically, while periods run horizontally. - Transition metals are centrally located. - Lanthanides and actinides appear separately, indicated by symbols with an asterisk (*) or double cross (‡). **Fictional Elements Section:** A yellow box at the bottom lists elements and polyatomic ions not accepted by IUPAC (International Union of Pure and Applied Chemistry). These include: - Ap (Apochryphor) - Bg (Bogusine) - Fa (Fantasiun) - Aa (Alibabium) - Im (Imaginarium) - Je (Jesticon) - My (Mythologium) - Qu (Quackery) - Wn (Wonkiun) Additionally, fictional polyatomic ions are named: - \( \text{ApO}_3^{2-} \) (Apochryphite) - \( \text{ApO}_4^{3-} \) (Apochryphate) - \( \text{QuO}_2 \) (Quackerite) - \( \text{QuO}_3^- \) (Quackerate) These fictional entries are for educational or illustrative purposes, indicating the unofficial nature of some scientific names or concepts.
Transcribed Image Text:This image displays a periodic table with conventional elements and additional fictional elements listed at the bottom. Each element is shown with its atomic number, symbol, and atomic weight. **Main Periodic Table:** - Elements are organized by increasing atomic number. - Groups are displayed vertically, while periods run horizontally. - Transition metals are centrally located. - Lanthanides and actinides appear separately, indicated by symbols with an asterisk (*) or double cross (‡). **Fictional Elements Section:** A yellow box at the bottom lists elements and polyatomic ions not accepted by IUPAC (International Union of Pure and Applied Chemistry). These include: - Ap (Apochryphor) - Bg (Bogusine) - Fa (Fantasiun) - Aa (Alibabium) - Im (Imaginarium) - Je (Jesticon) - My (Mythologium) - Qu (Quackery) - Wn (Wonkiun) Additionally, fictional polyatomic ions are named: - \( \text{ApO}_3^{2-} \) (Apochryphite) - \( \text{ApO}_4^{3-} \) (Apochryphate) - \( \text{QuO}_2 \) (Quackerite) - \( \text{QuO}_3^- \) (Quackerate) These fictional entries are for educational or illustrative purposes, indicating the unofficial nature of some scientific names or concepts.
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