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Please show your work so I can understand any math, also I have attached a special period table in the images in case you need it.) a) Calculate the [OH−] value of the following aqueous solution: [H3O+]=9.4×10^−11 M    b) Enter the formula for the conjugate acid for the base ApO42−

Please show your work so I can understand any math, also I have attached a special period table in the images in case you need it.) a) Calculate the [OH−] value of the following aqueous solution: [H3O+]=9.4×10^−11 M    b) Enter the formula for the conjugate acid for the base ApO42−

Chemistry
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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(Please show your work so I can understand any math, also I have attached a special period table in the images in case you need it.)

a) Calculate the [OH−] value of the following aqueous solution: [H3O+]=9.4×10^−11 M 

 

b) Enter the formula for the conjugate acid for the base ApO42−
.

 

 

The image depicts a modified periodic table with additional fictional elements and polyatomic ions. Here is the transcription suitable for an educational website: --- ### Periodic Table with Additional Elements This periodic table features the standard elements along with some fictional elements listed in a highlighted section below the table. #### Standard Elements - **Elements 1 to 36:** Hydrogen (H) to Krypton (Kr) are displayed with their atomic numbers and atomic masses. - **Elements 37 to 86:** Rubidium (Rb) to Radon (Rn), including Lanthanum (La) and Actinium (Ac) with annotations indicating connections to the lanthanide and actinide series. - **Elements 87 onward:** Includes Francium (Fr) to Oganesson (Og). #### Fictional Elements Below the standard periodic table, there is a section labeled "Elements and Polyatomic Ions NOT Accepted by IUPAC," which lists fictional elements and ions: - **Ap (Apochryphor)** - **Bg (Bogusine)** - **Fa (Fantasium)** - **Aa (Alibabium)** - **Im (Imaginarium)** - **Je (Jesticon)** - **My (Mythologium)** - **Qu (Quackery)** - **Wn (Wonkium)** #### Fictional Polyatomic Ions Also included are fictional polyatomic ions with respective names: - **\( \text{ApO}_3^{2-} \): Apochryphite** - **\( \text{ApO}_2^{-} \): Apochryphate** - **\( \text{QuO}_2^{-} \): Quackerite** - **\( \text{QuO}_3^{-} \): Quackerate** These elements and ions are creatively named and are not recognized by the International Union of Pure and Applied Chemistry (IUPAC). --- This illustration serves as a playful addition to the educational exploration of the periodic table, emphasizing the universality of scientific standards while allowing for creative engagement.
Transcribed Image Text:The image depicts a modified periodic table with additional fictional elements and polyatomic ions. Here is the transcription suitable for an educational website: --- ### Periodic Table with Additional Elements This periodic table features the standard elements along with some fictional elements listed in a highlighted section below the table. #### Standard Elements - **Elements 1 to 36:** Hydrogen (H) to Krypton (Kr) are displayed with their atomic numbers and atomic masses. - **Elements 37 to 86:** Rubidium (Rb) to Radon (Rn), including Lanthanum (La) and Actinium (Ac) with annotations indicating connections to the lanthanide and actinide series. - **Elements 87 onward:** Includes Francium (Fr) to Oganesson (Og). #### Fictional Elements Below the standard periodic table, there is a section labeled "Elements and Polyatomic Ions NOT Accepted by IUPAC," which lists fictional elements and ions: - **Ap (Apochryphor)** - **Bg (Bogusine)** - **Fa (Fantasium)** - **Aa (Alibabium)** - **Im (Imaginarium)** - **Je (Jesticon)** - **My (Mythologium)** - **Qu (Quackery)** - **Wn (Wonkium)** #### Fictional Polyatomic Ions Also included are fictional polyatomic ions with respective names: - **\( \text{ApO}_3^{2-} \): Apochryphite** - **\( \text{ApO}_2^{-} \): Apochryphate** - **\( \text{QuO}_2^{-} \): Quackerite** - **\( \text{QuO}_3^{-} \): Quackerate** These elements and ions are creatively named and are not recognized by the International Union of Pure and Applied Chemistry (IUPAC). --- This illustration serves as a playful addition to the educational exploration of the periodic table, emphasizing the universality of scientific standards while allowing for creative engagement.
**Periodic Table of the Elements** The image displays a periodic table, which includes both real and fictional elements. Each element is represented with its atomic number, symbol, and atomic mass. ### Key Features of the Table: - **Groups and Periods:** This periodic table includes groups (columns) numbered from 1A to 8A and periods (rows) that increase in the atomic number across the table. - **Traditional Elements:** The table includes traditional elements like Hydrogen (H), Oxygen (O), and Carbon (C), along with their atomic masses and numbers. - **Fictional Elements:** Some elements in the table, like "Ap," "Bg," and "Wn," are fictional and are not recognized by the International Union of Pure and Applied Chemistry (IUPAC). ### Special Notes: - **Annotations and Symbols:** - *La (Lanthanum)* is marked with an asterisk (*), and *Ac (Actinium)* with a double dagger (‡), indicating special groups like lanthanides and actinides. - The bottom right section includes `Elements and Polyatomic Ions NOT Accepted by IUPAC`, listing fictional elements and ions, such as "Apo^3-" and "QuO_3". This table is for educational and illustrative purposes, showing a mix of factual and fictional scientific information.
Transcribed Image Text:**Periodic Table of the Elements** The image displays a periodic table, which includes both real and fictional elements. Each element is represented with its atomic number, symbol, and atomic mass. ### Key Features of the Table: - **Groups and Periods:** This periodic table includes groups (columns) numbered from 1A to 8A and periods (rows) that increase in the atomic number across the table. - **Traditional Elements:** The table includes traditional elements like Hydrogen (H), Oxygen (O), and Carbon (C), along with their atomic masses and numbers. - **Fictional Elements:** Some elements in the table, like "Ap," "Bg," and "Wn," are fictional and are not recognized by the International Union of Pure and Applied Chemistry (IUPAC). ### Special Notes: - **Annotations and Symbols:** - *La (Lanthanum)* is marked with an asterisk (*), and *Ac (Actinium)* with a double dagger (‡), indicating special groups like lanthanides and actinides. - The bottom right section includes `Elements and Polyatomic Ions NOT Accepted by IUPAC`, listing fictional elements and ions, such as "Apo^3-" and "QuO_3". This table is for educational and illustrative purposes, showing a mix of factual and fictional scientific information.
Expert Solution
Step 1

[H3O+ ] = 9.4×10−11 M 

Ionic product of water (Kw) =[OH-] x [H3O+ ] = 10-14

[OH-] = Kw/[H3O+ ] = 10-14/9.4×10−11 

[OH-] = 1.064 x 10-4 M

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