What is the ksp of potassium hydrogen tartrate (in 8g per 100ml distilled water soln)at 22 degrees C?
What is the ksp of potassium hydrogen tartrate (in 8g per 100ml distilled water soln)at 22...
Data and Results Data Sheet 1-Titration Trial 1 Saturated potassium hydrogen tartrate solution volume 25.00 mL NaOH Solution Concentration 0.0167 mol L mL Initial Volume NaOH 0.10 mL Final Volume NaOH 29.69 mL Volume of NaOH added Volume of NaOH added Moles of NaOH added mol Moles of HC,H,O, mol Moles of K* Saturated potassium hydrogen tartrate solution volume Concentration of HC,H,O, mol mol Concentration of K* Kap Enter Data Sheet I Calculations Here 2/11 Calculations Perform the following calculations...
If 3.000 grams of Kl (Potassium Iodide) were dissolved in 100mL of water, what would the molarity of KI be if the glassware used to make the solution was a beaker? A volumetric flask?
For a titration experiment: I am using 1.025 M of NaOH(aq) as my titrant. My titration solution is 4.0 g of potassium hydrogen tartrate, with 300 mL of distilled water. After 4 trials, my average NaOH used was 1.680 mL. I am having problems figuring out how to calculate my findings. Each trial started with 50 mL of potassium hydrogen tartrate solution, and 2 drops of phenophthalein. Then I added 1.680 mL of NaOH (on average) to get titration to...
If 0.2997 g of potassium iodate (KIO3) are dissolved in 25.00 mL of distilled water, what is the resulting molarity (M)? Give a brief explanation about why this is a very precise concentration to use. In other words, what makes potassium iodate such a good reagent with which to work in lab?
This experiment has involved the study of the variation of solubility of potassium hydrogen tartrate with ionic strength and also determine its thermodynamic solubility product. The background and procedure are given below as a guide in answering the questions: Figure 1 (above): Background Theory Figure 2 (above); Procedure for handling NaCl + KCl and KCl only KCl Concentration (in M) 0.01 M NaOH Added (in mL) 0 46.2 0.025 34.1 0.05 19.3 0.10 15.5 0.20 8.3 0.30 5.5 NaCl +...
The healthcare provider prescribed 1000ml of 5% dextrose in water containing 1.5mEq of potassium chloride per 100ml to infuse at a rate of 110ml/hour. the intraveous start 0700. At 1300 how many mEq will be left in the remaining amount of fluid?
The solubility of benzoic acid in water is: 0.29g/100mL at 20°C 6.8g/100mL at 100°C a) What is the maximum mass of benzoic acid that would crystallize out of solution if 8.0g of benzoic acid was dissolved in 150mL of boiling water, filtered while hot, cooled to room temperature (20°C), filtered with suction and dried? b) If you had a 2.00g sample of impure benzoic acid, what volume of water would you use for recrystallization to give a good recovery of...
22) In a laboratory experiment, some sodium fluoride was dissolved in distilled water at 25°C. The pH of the final solution was measured to be 8.6 at 25°C. After heating the solution on a hot plate, the pH was measured to be 8.9. Explain why the pH increased after the solution was heated. F + H2O FH + OH AH = +118.4 kJ/mol
Suppose compound X has a solubility of 20.0g per 100mL in ether and 12.1g per 100mL is water. In all cases, explain your reasoning and show your work clearly (i.e. show the equation(s) you are using, the values you plug in, and the final answers, BUT you don't need to show all the algebraic steps.) a. Determine the partition coefficient k. b. What mass of compound X will you retrieve when an aqueous solution containing 30.0g of X in 300.mL...
(4) If a 1.0L sample of 5% vinegar was diluted with distilled water so that the final volume was 2.4 L what would be the new concentration in mols dm'? (5) What concentration NaOH should be used for your lab if that is what I did with the original vinegar? (choose the best option) (A) 0.0100 M (C) 0.25 (B) 0.100 M (D) 1.00 M (E) 2.00 M (6) Potassium Hydrogen Phthalate (KHP) is used as a primary standard (to...