The Cycloaddition product (Day 1) exhibits a different reactivity compared to the Hydrolyzed di-acid product (Day 2). If the hydrolysis to the di-acid is not complete, how could you separate the desired di-acid from the unhydrolyzed anhydride by acid-base extraction?

What is the mass of 2.00 l of an intravenous glucose solution with a density of 1.15 g/ml?

Select the most likely product for this reaction: koh(aq) + co2(g) – ? k2co3(aq) + h2o(1) k(s) + h2(g) + o2(g) k(s) + co3(9) +h2

You exhale co2 which is produced during cellular respiration.  co2 combines with the water in your blood's plasma to make up one half of the body's most important buffer pair, carbonic acid.  the more physical activity you engage in, the more co2 your body is producing.  you can see this by putting some of the cabbage indicator in a glass and then blowing bubbles into it through a straw.  can you see a change in the color of the indicator?