O.alo 1. Synthesis of "Product A": mass of copper a. Your observations indicating that a chemical reaction has occurred: Almost imnesalle he oluton urn a Copper pleces lagan ko dissolue n lowlloroun grenlblue color. possible product(s): reactant(s) used: CCuNOR b. Use the half-reaction method to write a balanced redox equation for the reaction that produced "Product A". For full credit, show all of your work and be sure to include ion charges and phase labels. Cu NO3te NO2 th20K2 4H2NO3 e2Not 2O Cutanog4H +2NO2 + 220 12H20 Lam Caa The chemical formula of "Product A" in laa) the net ionic equation is: c. In the space below, show the calculations that clearly identify the limiting reagent and write the formula of the limiting reagent in the blank. Note that you will need to use your balanced net ionic equation from above and the fact that you used 25.0 mL of 6.0 M HNO3 (nitric acid) and about 1.00 g of copper. Imol - 0.015 moles cu 3.55g 6mol 0.035L L 1000mu 1ANO3 The limiting reagent (reactant) is: mls L copper-containing "product A" which you will use to synthesize "product B". If all of your has dissolved at this point, proceed to step 4, otherwise continue with step 3. Slowly warm this blue solution using a hotplate (do not allow the solution to come to a boil). Continue heating the solution until all of the solid copper has reacted. Again, exercise care to keep the Erlenmeyer flask in the hood during this heating process. Remove the solution сopper 3 from the hotplate using a paper towel and let it cool on the countertop in the hood. Record all of your observations on your data sheet, noting the observations that indicate a reaction has occurred. (After lab) Using the half reaction method, write a balanced redox questions. One half cell of this redox NO2(8). The reaction 4. related and answer any equation describing this process Cu (ag) and the other half cell is NO3 (ag) reaction is Cu metal occurs in acidic conditions. It may be useful to refer to section 4.9 in GKFBD for guidance in balancing the reaction using the half-reaction method.