![A water sample is found to contain 96 ppm of SO4^(2-) and 122 ppm of HCO+3^(ɵ) with Ca^(2) ion as the only cation. (a). Calculate the ppm of Ca^(2+) in water. (b). A water sample is found to contain 96 ppm of SO4^(2-) and 122 ppm of HCO+3^(ɵ) with Ca^(2) ion as the only cation. (a). Calculate the ppm of Ca^(2+) in water. (b).](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/11032855_web.png)
A water sample is found to contain 96 ppm of SO4^(2-) and 122 ppm of HCO+3^(ɵ) with Ca^(2) ion as the only cation. (a). Calculate the ppm of Ca^(2+) in water. (b).
![Calculate the ppm of mercury in water in given sample contain `30mg` of `Hg` in `500ml` of solution - YouTube Calculate the ppm of mercury in water in given sample contain `30mg` of `Hg` in `500ml` of solution - YouTube](https://i.ytimg.com/vi/EdQ_gvY6XtE/maxresdefault.jpg)
Calculate the ppm of mercury in water in given sample contain `30mg` of `Hg` in `500ml` of solution - YouTube
![SOLVED: Calculate the concentration of Fe (ppm) on a diluted tablet solution given that the intercept of an Absorbance vs. Concentration (ppm) plot has a slope of 0.0083 ppm-' with and an SOLVED: Calculate the concentration of Fe (ppm) on a diluted tablet solution given that the intercept of an Absorbance vs. Concentration (ppm) plot has a slope of 0.0083 ppm-' with and an](https://cdn.numerade.com/ask_images/10cf5900ee19471c89c7667301183d2a.jpg)
SOLVED: Calculate the concentration of Fe (ppm) on a diluted tablet solution given that the intercept of an Absorbance vs. Concentration (ppm) plot has a slope of 0.0083 ppm-' with and an
![Calculating the quantity of blending required to reach 500 ppm for one... | Download Scientific Diagram Calculating the quantity of blending required to reach 500 ppm for one... | Download Scientific Diagram](https://www.researchgate.net/publication/286928558/figure/fig4/AS:306981740007424@1450201558051/Calculating-the-quantity-of-blending-required-to-reach-500-ppm-for-one-set-of-HBT.png)