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Concentration of Standardized HCI Solution = 0.934 M Flask 2 Mass Mg (8) 10.0849 0.0815 Volume HCI (mL) I 10mL 10mL Initial v
· Moles of NaOH I 31.5-21.15 = 10.35mL 21.15-12.15= 9mL . Moles of HCI titrated NaOH + HCI -------> NaCl + H2O (This is the e
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Moles of Mg essed in flask 1 - 0.084 molar mass 0.084 24.305 0.00 34 mol. Moles of My used in flask 2 a 0.08! 24.305 = 0.0033on nitial moles of Hel (Total moles of Hel) antif For flask 1 mass - volume LO clensity 3 1 4 & *2.3333 3 2 1 no of moles – mMoles of NaOH t o Mask 2 tlask a Volume - 21.15 – 12.15 - Aash Jolume 31.5-2115 = 10.35 Mass - Mass! Volume - 10:35 1.515 1.5Reaction of Hel and ing. 17 Mg + 2H01 Migel + Ple. Imole of ing react coith amoles of Hein ic, for flasks 0.0034 moh of My reFor flask 2. 0.0033 mol of Mg maid with 0.0066 mol of Hel. .: Remaining mol of Hel marted with Nach - 0.2286 - 0.0066 - 0.222Moles of Hel that reacted with rig. 2 Hel + Mg - MgCl₂ + H2. No. of moles of the in reacted in flask a - 0 2266 – 0.2218 - 0.UAL CAMERA MI NOTE 75 or . Ratio ano de hon is to flask -1. Ratio. Mokes of Hel reacted in moles of Madison ic, ratio 2:1 forratio AIDUAL CAMERA REDMI NOTES + Aug . 0.0068 0.0034 0.0063 0.0083 - 1.9545 Ang ratio rounded off is approximately 2.

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