Solved Commercial concentrated phosphoric acid is 85% by?

Solved Commercial concentrated phosphoric acid is 85% by?

WebAnswer (1 of 2): 6 Moles of H3PO4 weigh → 6x98=588 g/l of pure H3PO4 → if the initial concentration of H3PO4 is 85% (w/w) you have to weigh 588/0.85 = 691.7 g/l You feed 69.17 g of phosphoric acid 85% in one volumetric flask with a capacity of 100 ml and then you feed very very slowly water unti... WebExplanation of how to find the molar mass of H3PO4: Phosphoric acid.A few things to consider when finding the molar mass for H3PO4:- make sure you have the c... arbor pics WebPhosphoric Acid. H 3 PO 4, 85% – 14.7 Molar Strength = 85%, Density = 1.7, Molecular Weight = 98.0 1 liter = 1700 gm = 1445 gm H 3 PO 4 (@85%) = 14.7 moles = 15 Molar. Perchloric Acid. HClO 4, 71% – 11.3 Molar Strength = 70-72%, Density = 1.6, Molecular Weight = 100.46 WebSep 18, 2003 · Compound: Formula : Weight: Density: Molarity: Reagent Percentage: Comment: Acetic Acid (glacial) CH 3 COOH: 60.05: 1.05: 17.45: 99.8%: Ammonium hydroxide: NH 4 OH ... ac syndicate ign walkthrough WebThis page contains the name, formula, molar mass, molarity, grams per liter, percent by weight and density of many commercial acids and ... Mol/L (Molarity) (Grams solute)/L % by Mass: Density (g/mL) acetic acid, glacial, HC 2 H 3 O 2: 60.05: 17.4: 1045: 99.5: 1.05: acetic ... phosphoric acid, H 3 PO 4: 98: 14.7: 1445: 85: 1.70: sulfuric acid ... WebDetermine the weight percent concentration of this… Transcript Firstly, let's summarize the given data concentration of phosphoric acid solution is 20.0 percent on the density of solution is 1.12 grams per milliliter, and the task is to find the molar concentration of phosphoric acid solution. arbor place eye care woodstock ga WebApr 15, 2024 · This site quotes #rho=1.685*g*mL^-1# for #85%# #H_3PO_4(aq)#. And thus #"mass of phosphoric acid"# #=# #85%xx1.685*g*mL^-1#, with respect to a #1*mL# volume..... And we use these data to work out the concentration in #mol*L^-1#. #rho="Mass of phosphoric acid"/"Volume of solution"# And thus #"mass of phosphoric …

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