... CuSO4 can be shown by the following expression: CuSO4 (s) + 5H2O (l) → CuSO4 ·5H2O (s) The DH value for such a reaction is negative. The experimental determination of heat of hydration is very difficult (almost impossible). But ...
... CuSO4- the activity ↔ Cu2+ + of the SO42- CuSO4- ion at 25 °C given the logK = –2.31 for the reaction Disregard the formation of other complexes of copper and other cation complexes with sulphate and assume the activity coefficient ...
... CuSO4 and SO2 in conjunction with the figures for Cu2O previously suggested . Thus , for this reaction there may be written AC , = 7.28-13.96 × 10- * T - 2.045 × 105T - 2 . ( 463 ) 0 ΔΗ 298.1 = 34,240 , and AF ° 298.1 = 16,860 ...
... CuSO4-5H2O MeOH 0-5 ° C , 1 h 96 % O2NCONH2 ( 37 ) NO2 Reductions . CuSO4.5H2O is a useful reagent for transfer of hydrogen from donors to C - C double bonds under transfer hy- drogenation conditions . For example , the combination ...
... CuSO4.5H2O and CuSO4 3H2O remains unaltered at this value until point D is reached . The equilibrium in question is CuSO4.5H2O ( s ) = CuSO4 · 3H2O ( s ) + 2H2O ( g ) ; PH2O = 47 Torr Further addition of CuSO4 results in formation of ...
... CuSO4 doses of 0.28 μgL - 1 and 0.48 μgL1 on experimental days 12 and 24. In contrast , at the CuSO4 dose of 0.56 μgL − 1 , the absolute weight of these organs increased significantly ( p < 0.05 ) than the control group on experimental ...