solutions and observations. Include prediction and observation matrices. Be sure to consider the order of mixing. A+B = = clear A+C Pink to colories su A+D= Pink /DarkPink→ 2Her B+ C = Clear B+ D= Pink to clear D+C = Clear 2. Give the compound and the concentration for each bottle. 201 B- C- De 263 (
V 5. Give a detailed scheme (preferably illustrated with a matrix-sce Experiment 9) with predicted observations for the analysis of the acids and bases in Part C. Be sure to consider order of mixing. Also enter your plan on page 263 for Problem C. What is the minimum number of mixtures needed to solve the system? = No Color (acidic) 0.1MHC + 0.44 NaOH = dark pink (A +D) 20.44 HCl +0.4MNOOH = No Color 30.1MHCI + 0.1M NaOH = No Color x 0.4MHCI + 0.1MNQOH 0.4H NaOH + 0.1MHC1 Dark pink to No color (O+B) 0.4M NOOH + 64MHC1 (0.1M NaOH + O₂|MHCI = PINK to Colorless 10.1M NauH + 0.4MHC1 = Pink to Colorless dark pink to pink 0AH HCI 0.4 MHCI 0-1 M NaOH, 0.4H NaOH
Experiment 21 C. Four acid and base unknowns. 1. Give your scheme (see Prelaboratory Exercise 5) for identifying the four Experiment 21 C. Four acid and base unknowns. 1. Give your scheme (see Prelaboratory Exercise 5) for identifying the fou
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