0.250 g of HI is dissolved in 300. mL of á 0.00520 M solution of Ca(OH)2. (Assume this does not change the volume). The dissolved salts then proceed to react. What is the balanced chemical reaction (include states)? a. H-1.00 Calota laa)+2H1(a9)-0 cablan> + 2H26 b. What type of reaction is this? douue dispace munt morar moss 127. с. What is the limiting reactant? x Imor calor), IMOIHI 0.250g Hi 9NMOI Hi d. How many grams of water are produced from this reaction?

Can you help me find the theoretical yield and percent yield?

Please don't provide handwritten solution ....

The book aims to help you understand chemical equations and quantities using an example involving sandwiches. It notes that if you have 100 slices of meat, but only 10 pieces of bread, you are limited to making only five sandwiches, despite the huge amount of meat you may have left over. In that scenario, the bread is the limiting reagent. For this discussion, we will ask you to come up with your own scenarios involving limiting reagents for your classmates to solve. For example, you could write: Imagine you work in a gift-packaging store. To package presents, you need one bag plus four pieces of tissue paper. The chemical equation would be:  1 gift bag + 4 pieces of tissue paper = 1 packaged present.  If you had 50 bags and 24 pieces of tissue paper, how many packaged presents could you make? What would the limiting reactant be? In your initial post to the discussion, include the following parts: Write out two real-life scenarios similar to the one above. Be sure to include the…