Unknown solution- ppm of Ca needed

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In summary, ppm (parts per million) is a unit of measurement used to express the concentration of a substance in a solution, specifically referring to the amount of calcium (Ca) present. Knowing the ppm of Ca is important because it is an essential nutrient for living organisms and can affect their health. To calculate the ppm of Ca, you need to know the mass of Ca and the total volume of the solution. The recommended ppm of Ca can vary for different applications, such as 50-100 ppm for drinking water and 150-200 ppm for hydroponic systems. To adjust the ppm of Ca, you can add or remove Ca-containing substances, but it is important to carefully measure and monitor to avoid negative effects on organisms or plants
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I have a problem that involves using a few equations. This is the problem: Calcium and EDTA react in a 1:1 ratio. 2.3ml of EDTA .01M has been used to titrate 25ml of the unknown solution. So I've multiplied 2.3 by .01 yielding a result of .00023 M. I'm not sure where to go from here, do I divide 25 by 2.3 and multiply that number by .00023 to find the amount of Ca moles in the unknown solution then convert it to ppm? Or is my presumption incorrect?
 
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FAQ: Unknown solution- ppm of Ca needed

What is ppm and how is it related to Ca concentration?

Parts per million (ppm) is a unit of measurement used to express the concentration of a substance in a solution. In this case, it refers to the amount of calcium (Ca) present in the solution. 1 ppm is equivalent to 1 milligram of Ca per liter of solution.

Why is knowing the ppm of Ca important?

Knowing the ppm of Ca in a solution is important because calcium is an essential nutrient for many living organisms. It is involved in various biological processes and a deficiency or excess of Ca can have negative impacts on the health of organisms.

How do you calculate the ppm of Ca in a solution?

To calculate the ppm of Ca in a solution, you need to know the mass of Ca present in the solution and the total volume of the solution. The formula is: ppm of Ca = (mass of Ca in mg / volume of solution in L) x 1,000,000.

What is the recommended ppm of Ca for different applications?

The recommended ppm of Ca can vary depending on the specific application. For example, the ideal ppm of Ca for drinking water is between 50-100 ppm, while for hydroponic systems it is recommended to have a ppm of Ca between 150-200 ppm.

How can you adjust the ppm of Ca in a solution?

To adjust the ppm of Ca in a solution, you can add or remove Ca-containing substances such as calcium carbonate or calcium nitrate. It is important to carefully measure and monitor the ppm of Ca to avoid potential negative effects on organisms or plants.

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