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A A 110 g of copper sulphate is dissolved in 550 g of a solution. Calculate concentrational solution. I want to ask that in this question. Why we didn't total solution.?
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A A 110 g of copper sulphate is dissolved in 550 g of a solution. Calc...
Explanation:
Calculating Concentration of Solution:
- To calculate the concentration of a solution, we typically use the formula:
Concentration = (Amount of solute / Total amount of solution) x 100
- In this case, the solute is 110 g of copper sulphate, and the solution is made up of 110 g of copper sulphate + 550 g of the solution.
Why we didn't consider the total solution:
- When calculating the concentration of a solution, we only consider the amount of solute and the total amount of the solution that is relevant to the solute.
- The total solution includes the solvent (water in this case) and the solute. However, when calculating concentration, we are focused on the ratio of the solute to the solution that is directly related to the properties of the solute.
Example:
- If we were to consider the total solution, which includes the solvent, it would not provide us with accurate information about the concentration of the solute in the solution.
- By only considering the amount of solute and the solution that directly affects the properties of the solute, we can accurately determine the concentration of the solution.
Conclusion:
- By focusing on the relevant components of the solution, we can accurately calculate the concentration of a solution without including the total solution, which includes the solvent.
Calculating Concentration of Solution:
- To calculate the concentration of a solution, we typically use the formula:
Concentration = (Amount of solute / Total amount of solution) x 100
- In this case, the solute is 110 g of copper sulphate, and the solution is made up of 110 g of copper sulphate + 550 g of the solution.
Why we didn't consider the total solution:
- When calculating the concentration of a solution, we only consider the amount of solute and the total amount of the solution that is relevant to the solute.
- The total solution includes the solvent (water in this case) and the solute. However, when calculating concentration, we are focused on the ratio of the solute to the solution that is directly related to the properties of the solute.
Example:
- If we were to consider the total solution, which includes the solvent, it would not provide us with accurate information about the concentration of the solute in the solution.
- By only considering the amount of solute and the solution that directly affects the properties of the solute, we can accurately determine the concentration of the solution.
Conclusion:
- By focusing on the relevant components of the solution, we can accurately calculate the concentration of a solution without including the total solution, which includes the solvent.
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A A 110 g of copper sulphate is dissolved in 550 g of a solution. Calculate concentrational solution. I want to ask that in this question. Why we didn't total solution.?
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A A 110 g of copper sulphate is dissolved in 550 g of a solution. Calculate concentrational solution. I want to ask that in this question. Why we didn't total solution.? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about A A 110 g of copper sulphate is dissolved in 550 g of a solution. Calculate concentrational solution. I want to ask that in this question. Why we didn't total solution.? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A A 110 g of copper sulphate is dissolved in 550 g of a solution. Calculate concentrational solution. I want to ask that in this question. Why we didn't total solution.?.
A A 110 g of copper sulphate is dissolved in 550 g of a solution. Calculate concentrational solution. I want to ask that in this question. Why we didn't total solution.? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about A A 110 g of copper sulphate is dissolved in 550 g of a solution. Calculate concentrational solution. I want to ask that in this question. Why we didn't total solution.? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A A 110 g of copper sulphate is dissolved in 550 g of a solution. Calculate concentrational solution. I want to ask that in this question. Why we didn't total solution.?.
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