Table 2- Effect of 25 mL Buffers (A, B, C, and D): Drops of 1 M A. 0.001 M NaOH HCI 1 3.63 10. 25 12.10 12.52 B. 0.1 MHC

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Table 2 Effect Of 25 Ml Buffers A B C And D Drops Of 1 M A 0 001 M Naoh Hci 1 3 63 10 25 12 10 12 52 B 0 1 Mhc 1 (26.59 KiB) Viewed 21 times

Table 2- Effect of 25 mL Buffers (A, B, C, and D): Drops of 1 M A. 0.001 M NaOH HCI 1 3.63 10. 25 12.10 12.52 B. 0.1 MHC₂H₂O, 10.1 M NaC.H.O. 4.82 4.85 5.12 Drops of 1 M HCI 1 10 25 C. 0.001 M NaOH 3.44 2.62 2.13 D. 0.1 MNH, 10.1 MNH.CI 9.32 9.19 8.92 2) Assume the volume of one drop aqueous solution is 0.05 mL, how many drops I M NaOH would completely neutralize 25 mL 0.001 M HC1? Show your work with balanced equation, proper unit and sig fig. 3) Does your calculation agree with the experiment result (#drops of 1 M NaOH)? 4) Calculate the number of drops of 1 M HCl that is needed to neutralize ammonia in solution D. Show your work with balanced equation, proper unit and sig fig. 5) Does your calculation agree with the experiment result (#drops of 1 M HCI)? 6) how your work to predict the final pH when ammonia is completely neutralized by HCL. I