![SOLVED: Step 7 of 8 (b) Concentration of nitrite =1.74 ppm * 69.027 14.007 8.574 ppm This can be transformed into molar concentration as 8.574 ug 12 10 " 2 10' mL mol 8.574 ppm 1g JL 1ug TL 69.027 g I24xIO'M SOLVED: Step 7 of 8 (b) Concentration of nitrite =1.74 ppm * 69.027 14.007 8.574 ppm This can be transformed into molar concentration as 8.574 ug 12 10 " 2 10' mL mol 8.574 ppm 1g JL 1ug TL 69.027 g I24xIO'M](https://cdn.numerade.com/ask_images/45361ac19995466c8ab300a74fb0b823.jpg)
SOLVED: Step 7 of 8 (b) Concentration of nitrite =1.74 ppm * 69.027 14.007 8.574 ppm This can be transformed into molar concentration as 8.574 ug 12 10 " 2 10' mL mol 8.574 ppm 1g JL 1ug TL 69.027 g I24xIO'M
![SOLVED: Calculate the theoretical concentration of Fe2+ in ppm (mg/L) if 0.734 grams of Fe(NHa)(SO4)2 6HzO salt was weighed on an analytical balance and dissolved in a 1000.0 mL volumetric flask which SOLVED: Calculate the theoretical concentration of Fe2+ in ppm (mg/L) if 0.734 grams of Fe(NHa)(SO4)2 6HzO salt was weighed on an analytical balance and dissolved in a 1000.0 mL volumetric flask which](https://cdn.numerade.com/ask_previews/1444e1a7-5629-4621-b9ce-6c07aa45b9c0_large.jpg)
SOLVED: Calculate the theoretical concentration of Fe2+ in ppm (mg/L) if 0.734 grams of Fe(NHa)(SO4)2 6HzO salt was weighed on an analytical balance and dissolved in a 1000.0 mL volumetric flask which
![Solution Concentration Chemistry. Ways to Express Solution Composition Molarity: Mass %: Volume %: Parts per million (ppm): - ppt download Solution Concentration Chemistry. Ways to Express Solution Composition Molarity: Mass %: Volume %: Parts per million (ppm): - ppt download](https://images.slideplayer.com/41/11179150/slides/slide_2.jpg)