sample-1 ([Cr(urea)6]Cl3 - green) using calibrant-1 (Hg[Co(NCS)4] - blue)         sample-2 (K3[Cr(ox)3].3H2O - blue) using calibrant-3 (CuSO4.5H2O - blue) sample-3 (Cr(acac)3 - purple) using calibrant-2 ([Ni(en)3]S2O3 - purple)
move the mouse around the model to identify the components	W1 W2 W3 W4 W5 W6 W7 Finished ❌ ❌ ❌ ❌ ❌ ❌ ❌ ❌ Power supply is OFF 0 V DC W1-weight of the empty tube - magnet OFF= W1 W2-weight of the empty tube - magnet  ON= W2 W3-weight of the tube with water- magnet OFF= W3 Calibrant used calibrant        W4-weight of the tube and calibrant - magnet  OFF= W4        W5-weight of the tube and calibrant - magnet ON= W5 Sample used sample        W6-weight of the tube and sample - magnet OFF= W6        W7-weight of the tube and sample - magnet  ON= W7 Temperature for ALL measurements was 300K For the complex being studied, you need to provide the RMM and the diamagnetic correction value. RMM (Molar Mass)    RMM diamagnetic correction    DC Chig (χg) is 0       Magnetic moment (μ) is 0 BM An alternative page allows you to enter your own values and calculate the magnetic moment.
The rotatable model designed by Craig Walters and Dominique Lyew in 2008 for the virtual world "Wonderland" allows for an all-around view of the Gouy Balance

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