The answer is attach below



3. Tilration of antacid tablets Tablet 2 Philips MgCOH)2 311 Data and calculations Brand name of...
3. Titration of antacid tablets Tablet 1 Tablet 2 Data and calculations Brand name of tablet Active ingredient TuMS Antarcid Tablets Tums Antacid rah Kalcium carbonate calcium card Milligrams of active ingredient (from the manufacturer's label) Soo mg 3 09090909 32 29 3$ 28.03 32 3 5 2 3 M & M ml M ml s 3 M Mass of tablet + beaker Mass of empty beaker Net mass of tablet Molarity of HCl solution Volume of HCl added to...
PART B. Determination of Calcium Carbonate in Antacid Tablets Brand name Tablet 1 Tablet 2 Walgreens antiacid carbonak Sopo mg ) Active ingredient Mass of active ingredient printed on label Mass of tablet Molarity of HCl solution Volume of HCI added to tablet 1.2939 1.30g 3.0M 3.0M 4m2 4mL "0.1M~O.IM 0 13.50 3.50 8.00 Molarity of NaOH titrant Initial burette reading for NaOH (mL) Final burette reading for NaOH (mL) Volume of NaOH used (mL) Moles of HCI added to...
The active ingredients in a particular antacid tablet are aluminum hydroxide Al(OH)3, magnesium hydroxide Mg(OH)2 and an inert "binder". A 500 mg sample of the active ingredients was dissolved in 50.0mL of 0.500 M HCl. The resulting solution, which was still acidic required 30.9 mL of 0.255M NaOH for neutralization. (a) Calculate the number of OH ion moles in the antacid tablet. (b) If the antacid tablet contains 5.0% (mass) of the inert "binder" , how many milligrams of aluminum...
For the antacid TUMS how do you calculate the mass of inert binder in a tablet, and the mass perecnt of inert binder? Tablet 1 net mass of the tablet is 1.32 g calculated mass of active ingredient is 569 mg millimgrams of active ingredient by manufacturer is 500mg % of relative difference is 13.8%
25.0 mL used
of HCl
Brand of Antacid: Meijer Cost of Antacid: 3.29 per 160 tablets Concentration of HCl solution, M: 0 939 A Concentration of NaOH solution, M: 0.927M Trial 1 Trial 3 1.147 g Trial 2 1.130 g 27.14 ml 1.1499 40.52 mL 13.40 mL 0.00 mL 13.40 mL 27.14 mL Mass of tablet, g Final buret reading mL Initial buret reading, mL Volume of Titrant, mL Number of moles of HCI added, mol Number of moles of...
Use the data below for questions 15-17: A commercial antacid tablet was dissolved in water and a few drops of phenolphthalein were added, yielding a bright pink solution. Using a buret, 0.1974 M HCl was added until the pink color of the solution disappeared, and then 0.2208 M NaOH was added using a second buret until the solution turned light pink, which persisted for 30 seconds. Below is the data obtained for this experiment: initial buret volume reading of 0.1974...
Second run Third run Antacid brand: First run Mass of tablet 1.5939 Volume HCl used 50 ml Molarity of HCI 0.513 M amount of HCl used (total used moles) 25.7 mol Volume NaOH used 75 mL Molarity of NaOH 0.512 M amount of NaOH used (mol) 18.0 mol amount of excess HCl (moles titrated with NaOH) amount of HCl neutralized by antacid (moly to 593g 1.5939 | 50ml 50 mL 0.513 M 0.513 M 25.7 mol 25.7 mol 75 mL...
So this is supposed to be the formula but I keep getting it
wrong:
"Equivalent millimoles HCl/mg sample = ( (concentration HCl in
mmol/mL)(Volume HCl in mL) - (concentration NaOH in mmol/mL)(Volume
NaOH in mL) ) / ( (1000 mg/g)(mass antacid sample in grams ) )"
My molarity HCl: 0.366
My molarity NaOH: 0.099
Part IIC Scoring Scheme: 3-3-2-1 Based upon the molarities of the standardized HCl and standardized NaOH, and the volumes of each added to analyze the antacid...
2.4.0 mL of 3.00 M HCl reacts completely with the CaCO3 (active ingredient) in an antacid tablet. The remaining solution (excess HCl) is then titrated with 0.0981 M NaOH to the bromothymol blue endpoint. Write the balanced chemical equation for the reaction of CaCO3 (s) with HCl (aq). If the volume of NaOH delivered at the endpoint is 22.20 mL, determine the amount (in milligrams) of CaCO3 that was contained in the antacid tablet.
4. A student analyzed an antacid tablet from a bottle of 48 tablets purchased at a discount store for $1.00. The mass of the tablet was 1.462g. After adding 25.00mL of 0.8000/M HCl solution to the tablet, the student back-titrated the excess HCI with 3.52 mL of 1.019M NaOH solution. (a) Calculate the number of moles of HCI added to the tablet (b) Calculate the number of moles of NaOH required for the back-titration (c) Calculate the number of moles...