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- A 10-ml transfer pipet and a 200-ml volumetric flask (TC) are used to make 0.100 M and 0.0050 M solutions from a stock solution of 2.000(plus or minus) 0.005 M. Calculate the percent relative error for the three solutions if perfect technique is used. (See Garland Experiments in Physical Chemistry, 10th ed. p. 639-642) Report the two new molarititesGravimetric determination of Ksp. Table 1 Trial Volume of solution used (ml) Mass of empty beaker (g) Mass of beaker with solid residue (g) Mass Ca(OH)2 (g) Ksp for Ca(OH)₂= % error = 10mL 92.808g 92.766g 0.042g Determine the mass of dissolved solid that was in the saturated solution. Calculate the molar solubility of the solution (M) using the mass of dissolved solid, the volume of solution used in the analysis, and the molar mass of calcium hydroxide. Substitute the molar solubility into a version of equation 4.1 [Hint: use an ICE table] to determine the Kp. Provide an annotated calculation below: 1For the purpose of determination of agricultural pesticides in river water, 3.2 liters of river water were taken and extracted with 125ml of CCI4 solvent using a separating funnel. After shaking and reaching the state of equilibrium, if you know that the value of the distribution coefficient (KD) is equal to 20, the weight ratio of the pesticides in the boiling layer to the lower layer in the separating funnel?
- The researcher extracts a sample of well water and prepares it for TXRF analysis with a 10.00 mg/L V internal standard, like the calibration standards. The result produces SCa = 69297.81 and SV = 13481.2.Determine the concentration of Ca.A three-component mixture containing AgCI, SIO2 and KBr was provided to you in the lab to isolate. In the first step of the separation, you added deionized water and isolated one component by filtration. In the second step, you added HNO3 to dissolve/extract the second component and separate it by decantation. Which of the three-component (s) was isolated in the first step by filtration as residue? KBr O AgCl and KBr O SiO2 O AgCl and SIO2 O AgCI KBr and SiO2 Next» 身d) Determine the correlation factor k value for 56% ethyl acetate (EA) in ethyl propionate (EP) (volume/volume%). Given the area ratio obtained by GC analysis, AEA/AEP- 1.19 for the standard mixture of 56% EA in EP, what is the value of k? Use the equations shown below. You do need to show all your calculations. AEA/AEP = NEA/NEP * C NEA/NEP = AEA/AEP*1/C= AEA/AEP*K
- The scatter plot below shows the density of ethylene glycol solutions vs. the mass % of those solutions. Density (g/mL) 1.04+ 1.03- 1.02- 1.01 0.99- 0.98- 8 % 10 12 14 16 18 20 Mass % Q The equation for the line of best fit shown on the scatter plot is y= 0.001683 +0.9959. Use the equation of the trendline to determine the mass percent of an ethylene glycol solution with a density of 1.015 g/mL.If 30.0 mL of water that is 0.0500 M in Q is to be extracted with four 10.0-mL portions of an immiscible organic solvent, what is the minimum distribution coefficient that allows transfer of all but the following percentages of the solute to the organic layer: a 2.00 x 10-4 Distribution coefficient : b2.00 x 10-3 Distribution coefficient C2.00 x 10-² Distribution coefficient Submit Answer = Retry Entire Group20 aspirin tablets labeled 80mg were dissolved in 100mL of 90% ethanol. A 10mL aliquot was taken and was used for assay. The analyte followed usual process and was treated with 50mL of 0.1000N NaH and was titrated with 35mL 0.1050N H2O4 until the solution achieved completion. Calculate the % content of the total aspirin capsules and the actual label claim
- Calculate the solubility at 25 °C of PbCO3 in pure water and in a 0.0100M Pb(NO3), solution. You'll find Ksp data in the ALEKS Data tab. Round both of your answers to 2 significant digits. 0 // solubility in pure water: x10 solubility in 0.0100 M Pb(NO3)2 0-/- solution: L X 09 00 X S ?Chemistry Calculate the molar concentration of the different colour solutions using the data table. (Available concentrations are: OM, 0.2M, 0.4M, 0.6M, 0.8M, and 1M). Also determine the isotonic point. Table 1: Qualitative group data of plant tissue mass, mass difference, and solution concentration. Plant Tissue Selected: Carrots % change in mass Unknown Sucrose Initial Mass of Final Mass of Mass Colour Solution (M) Plant Tissue Plant Tissue Difference Solution (g) (g) Clear 1.21 1.07 -0.140 11.6 Yellow 1.31 1.29 0.120 1.50 Green 1.36 1.18 0.180 13.0 Blue 1.55 1.81 +0 260 17.0 Red 1.31 1.54 +0.230 18.0 Orange 1.33 1.49 + 0.160 12.0A sample of an infusion was diluted 10 ml to 250 ml and then 10 ml to 200 ml. It was thenanalysed and was found to contain sodium at 0.789 mg/100 ml. Calculate the concentrationof sodium in the original sample in %w/v. The sample was composed of a mixture of sodiumlactate and sodium carbonate in equimolar amounts. Calculate the amount of sodiumlactate and sodium carbonate in mg/10 ml of the sample (Na = 23, lactate = 89, carbonate =60)