Is the mineral magnesite or nesquehonite more stable in water? Write a balanced chemical reaction and explain how you determined your answer.

please can an attempt with equations on this question be provided with informative explanation. All information is provided. Previous attempt was not great. Thanks.

APPENDIX B. STANDARD STATE PROPERTIES 311 Formula Form Mol, wt. " kmol-1 AG & mol- S Jmol-'K V cm mol-1 PbF2 PbCl2 Pbs PbSO4 PbCO; PbSIO galena anglesite cerussite 245.1868 278.0960 239.2540 303.2516 267.1994 283.2742 -664.0 -359.41 -100.42 -919.94 -699.1 -1145.70 -617.1 -314.10 -98.7 -813.14 -625.5 -1062.10 110.5 136.0 91.2 148.57 131.0 109.6 49.50 103.207 87.40 90.04 Magnesium Mg 24.89 s Mg? aq Mgo periclase Mg(OH)2 brucite MgF2 sellaite Mgs $ MgCO3 magnesite MgCO3 - 3H20 nesquehonite MgSiO3 enstatite Mg2SIO forsterite 24.3120 24.3120 40.3114 58.3268 62.3088 56.3760 84.3214 138.3676 100.3962 140.7076 0 -466.85 -601.70 -924.54 -1123.4 -346.0 -1095.8 0 -454.8 -569.43 -833.51 -1070.2 -341.8 -1012.1 -1726.1 -1462.09 - 2055.1 32.68 .-138.1 26.94 63.18 57.24 50.33 65.7 37.15 77.03 61.59 45.56 75.52 28.018 -1549.00 -2174.0 67.74 95.14 81.38 118.49 Manganese Mn Mn? Mno Mno Mn304 Mn2O) MnO2 Mn(OH)2 Mns MnCO; MnSio; Mn2SiO s 54.9380 aq 54.9380 aq 118.9356 manganosite 70.9374 hausmannite 228.8116 S 157.8742 pyrolusite 86.9368 amorphous 88.9528 alabandite 87.0020 rhodochrosite 114.9474 rhodonite 131.0222 tephroite 201.9596 0 -220.75 -541.4 -385.22 - 1387.8 -959.0 -520.03 -695.4 -214.2 -894.1 - 1320.9 -1730.5 0 -228.1 -447.2 -362.90 -1283.2 -881.1 -465.14 -615.0 -218.4 -816.7 - 1240.5 - 1632.1 32.01 -73.6 191.2 59.71 155.6 110.5 53.05 99.2 78.2 85.8 89.1 163.2 26.32 SO. -82.0 45.44 139.66 107.65 54.14 49.96 81.50 86.44 129.87 Mercury 27.983 20.786 76.02 174.96 -32.2 84.5 Hg Hg Hg? Hg3 Hg53 HgCI Hg2Cl2 Hgo Hgo Hgs Hgs 1 8 aq aq aq aq S S, red S, yellow cinnabar metacinnabar 200.59000 200.5900 61.317 200.5900 171.1 401.1800 172.4 264.7180 342.4020 -554.0 472.0860 -265.22 216.5894 -90.83 216.5894 -90.46 232.6540 -58.2 232.6540 -53.6 0 31.820 164.4 153.52 41.9 -446.8 -210.745 -58.539 -58.409 -50.6 -- 47.7 44.06 293. 192.5 70.29 71.1 82.4 88.3 48.41 2:51 7 smu.brightspace.com 6 of 11 312 APPENDIX B. STANDARD STATE PROPERTIES Formula ao 24.00 Molybdenum No MOO Mos Nickel 95.94000 127.9388-745.00 mente 160.0080-2351 0 7. 2866 77.14 2.59 26.07 0 -1.6 be N NA NO NS $71000 58.7100-540 747094 297 50.7740-120 -126 37.90 31 4711 Nitrogen 1 1 SCOS NS NO NO N:0 NO N04 5131 1042 97.54 SHE 1916 2013 210.761 29.4 240.063720 210 2002 1 30421 7223 1431 355 15245 35.00 1 28.0134 30.00 0.25 46.005518 44.0128 52.05 52.0110 -19.30 3201109.16 108.0104431 0.01041 17.000 62.0040 -2050 16.03 132.51 35.0461 CON 28 BETE 1 SH 111 NO NH NOS NH NHOH 1157 -16.45 -105.14 799 115 TBL.21 be WTC WOW Oxygen D: 0 205:13 20:15 D 310-17 1105 OH 17.0074-229394-137244 -10.75-1085 HO 18.0154-2530-27.12960 75201 19 180154 -241338-22.572323577 Potassium K 39.10200 29. 3.1020-252.38 21 KCI 436.747 409.14 KAIS, ande 27 -1959 - 1730 22.5.20451 KA microce 2017 -37429 21422 2023 KAISKOM stophe 156.1671 1331110 KASGO 2162310 -30342 -2014 2008 6414 KASOCH 198319-544-50 3063 O 06 OSSSTE OCIS IS -BOR 108761 APPENDIX R. STANDARD STATE PROPERTIES 313