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silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast
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silver salt of certain organic acid with atomic ratio as 2:3 contains ...
Empirical formula is C2H3O2Mol. mass =Basicity(108/x -107)=2(108*107/65.06 -107)=118Mol.mass/Empirical mass=118/59=2Mol.formula=(C2H3O2)*2=C4H6O4
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silver salt of certain organic acid with atomic ratio as 2:3 contains ...
Given:
- The atomic ratio of silver to the organic acid is 2:3.
- The silver salt contains 65.06% silver.
- Each molecule of the acid has two ionizable hydrogen atoms.
To Find:
The formula of the acid.
Solution:
Step 1: Determine the Atomic Ratio
- Let's assume the atomic ratio of silver to the acid is 2x:3x.
- According to the given information, the silver salt contains 65.06% silver. This means that 65.06g out of 100g of the salt is silver.
- From the atomic ratio, we can write the equation: (2x * atomic mass of silver) / (2x * atomic mass of silver + 3x * molar mass of acid) = 0.6506
- Simplifying the equation gives: atomic mass of silver / (atomic mass of silver + (3/2) * molar mass of acid) = 0.6506
- Rearranging the equation, we get: (atomic mass of silver / (atomic mass of silver + (3/2) * molar mass of acid)) = 0.6506
- Since the atomic mass of silver is known, we can solve for x.
Step 2: Calculate the Atomic Mass of Silver
- The atomic mass of silver is 107.87 g/mol.
Step 3: Solve for x
- Substituting the known values into the equation, we get: (107.87 / (107.87 + (3/2) * molar mass of acid)) = 0.6506
- Solving this equation will give us the value of x.
Step 4: Determine the Formula of the Acid
- Once we have the value of x, we can determine the atomic ratio and thus the formula of the acid.
- The atomic ratio is 2x:3x, where x is the value obtained in the previous step.
- The formula of the acid can be written as CxHyOz, where x, y, and z are the respective subscripts.
- From the atomic ratio, we can write the equation: (2x * atomic mass of carbon + 2 * y + 16 * z) / (3x * atomic mass of carbon + 3 * y + 16 * z) = (2/3)
- Simplifying the equation will give us the values of y and z.
Step 5: Find the Final Formula
- Once we have the values of y and z, we can determine the final formula of the acid by substituting these values into CxHyOz.
Answer:
The formula of the acid is C3H6O2, which corresponds to option D.
- The atomic ratio of silver to the organic acid is 2:3.
- The silver salt contains 65.06% silver.
- Each molecule of the acid has two ionizable hydrogen atoms.
To Find:
The formula of the acid.
Solution:
Step 1: Determine the Atomic Ratio
- Let's assume the atomic ratio of silver to the acid is 2x:3x.
- According to the given information, the silver salt contains 65.06% silver. This means that 65.06g out of 100g of the salt is silver.
- From the atomic ratio, we can write the equation: (2x * atomic mass of silver) / (2x * atomic mass of silver + 3x * molar mass of acid) = 0.6506
- Simplifying the equation gives: atomic mass of silver / (atomic mass of silver + (3/2) * molar mass of acid) = 0.6506
- Rearranging the equation, we get: (atomic mass of silver / (atomic mass of silver + (3/2) * molar mass of acid)) = 0.6506
- Since the atomic mass of silver is known, we can solve for x.
Step 2: Calculate the Atomic Mass of Silver
- The atomic mass of silver is 107.87 g/mol.
Step 3: Solve for x
- Substituting the known values into the equation, we get: (107.87 / (107.87 + (3/2) * molar mass of acid)) = 0.6506
- Solving this equation will give us the value of x.
Step 4: Determine the Formula of the Acid
- Once we have the value of x, we can determine the atomic ratio and thus the formula of the acid.
- The atomic ratio is 2x:3x, where x is the value obtained in the previous step.
- The formula of the acid can be written as CxHyOz, where x, y, and z are the respective subscripts.
- From the atomic ratio, we can write the equation: (2x * atomic mass of carbon + 2 * y + 16 * z) / (3x * atomic mass of carbon + 3 * y + 16 * z) = (2/3)
- Simplifying the equation will give us the values of y and z.
Step 5: Find the Final Formula
- Once we have the values of y and z, we can determine the final formula of the acid by substituting these values into CxHyOz.
Answer:
The formula of the acid is C3H6O2, which corresponds to option D.
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silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast
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silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast .
silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast .
Solutions for silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast in English & in Hindi are available as part of our courses for JEE.
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silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast , a detailed solution for silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast has been provided alongside types of silver salt of certain organic acid with atomic ratio as 2:3 contains 65.06% of silver .If each molecule of acid has two ionisable H atoms ,the formula of the acid A)C3H6O3 B)C4H6O4 C) C2H3O2 D)C3H6O2 pleas fast theory, EduRev gives you an
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