How would I calculate the moles of CO2 gas based on a reaction of Ca2+ and CO3 2-,, producing CaCO3, then adding HCl drops in eachto dissolve said CaCO3, and producing CO2 gas and H2O, then assuming that the CO2 gas would be collected at 23*C and 755mm Hg?
INFO NEEDED: 1.00 mL of .100M Ca2+ reacting with 5.00 mL of .10M CO3 2- and 12 drops of HCl to dissolve the CaCO3, producing CO2 gas
How would I calculate the moles of CO2 gas based on a reaction of Ca2+ and CO3 2-,, producing CaCO3, then adding HCl dro...
How would I calculate the moles of CO2 gas based on a reaction of Ca2+ and CO3 2-,, producing CaCO3, then adding HCl drops in eachto dissolve said CaCO3, then assuming that the gas would be collected at 23*C and 755mm Hg? 1.00 mL of .100M Ca2+ reacting with 5.00 mL of .10M CO3 2- and 12 drops of HCl to dissolve the CaCO3 produced
i uploaded everything that was given. Where would I find the experiemental values? Complete the calculation summary below. READ THE EXPERIMENTAL DISCUSSION FIRST! REPORT ALL ANSWERS TO THE CORRECT SIGNIFICANT FIGURES. SHOW CALCULATION SET-UP on the next page. PART B: Molarity Determination via Solution Stoichiometry 7.625 g Mass of Empty 50 mL Beaker 7.976 g Mass of Beaker and NaCl (final heating) Mass of NaCl Produced (Experimental Yield of NaCl) moles Moles of Na,CO, Consumed 0.00500 Liter Volume of Na,CO,...
For the preparation and standardization of NaOH with KHP im supposed to boil water for 1hr and 30 min to remove CO2....the problem is that if I don't boil it for that long and (30 min) b/c of not enough time but I put the water I boiled for 1/2 hr aproximately into a NaOH bottle with a CO2 absorber and stored it there for a few days. I would assume that I would have to boil the water again...but...