Molarity \((M)\) is defined as the number of moles of solute per liter of solution. \(\text { molarity }=\frac{\text { moles of solute }}{\text { volume of solution in litre. }}\)
02. SOLUTIONS (HM)
205484
यदि \(5.0\) ग्राम \(BaC{l_2}\) \({10^6}\) ग्राम विलयन में उपस्थित हो तो उसका सान्द्रण ......... \(ppm\) होगा
Molarity \((M)\) is defined as the number of moles of solute per liter of solution. \(\text { molarity }=\frac{\text { moles of solute }}{\text { volume of solution in litre. }}\)
02. SOLUTIONS (HM)
205484
यदि \(5.0\) ग्राम \(BaC{l_2}\) \({10^6}\) ग्राम विलयन में उपस्थित हो तो उसका सान्द्रण ......... \(ppm\) होगा
Molarity \((M)\) is defined as the number of moles of solute per liter of solution. \(\text { molarity }=\frac{\text { moles of solute }}{\text { volume of solution in litre. }}\)
02. SOLUTIONS (HM)
205484
यदि \(5.0\) ग्राम \(BaC{l_2}\) \({10^6}\) ग्राम विलयन में उपस्थित हो तो उसका सान्द्रण ......... \(ppm\) होगा
Molarity \((M)\) is defined as the number of moles of solute per liter of solution. \(\text { molarity }=\frac{\text { moles of solute }}{\text { volume of solution in litre. }}\)
02. SOLUTIONS (HM)
205484
यदि \(5.0\) ग्राम \(BaC{l_2}\) \({10^6}\) ग्राम विलयन में उपस्थित हो तो उसका सान्द्रण ......... \(ppm\) होगा