Explain or rationalise as many trends and comparisons as you can in the data in the...

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Explain or rationalise as many trends and comparisons as you can in the data in the following tabulation of 10Dq values (all in units of cm-¹; in all cases there are six ligand donor atoms bonded to the central metal ion). LIGANDS urea carbonate oxalate water a ammonia cyanide Till 16400 b VIII 17800 18600 Cr 16000 17500 17400 21600 26700 Mn¹ 16700 Fell 13200 13700 18600 14300 Coll c 10Dq = 26 400 cm¹ for tris-oxalato-rhodate(III). d 10Dq = 34 100, 41000 cm¹ for the hexa-ammines of Rh, Ir. 17300 18000 C 18200 22900 33500 a Cf. preceding question. b 10Dq = 15 300 cm¹ for the methylurea {OC(NHMe)(NH₂)} analogue. d Explain or rationalise as many trends and comparisons as you can in the data in the following tabulation of 10Dq values (all in units of cm-¹; in all cases there are six ligand donor atoms bonded to the central metal ion). LIGANDS urea carbonate oxalate water a ammonia cyanide Till 16400 b VIII 17800 18600 Cr 16000 17500 17400 21600 26700 Mn¹ 16700 Fell 13200 13700 18600 14300 Coll c 10Dq = 26 400 cm¹ for tris-oxalato-rhodate(III). d 10Dq = 34 100, 41000 cm¹ for the hexa-ammines of Rh, Ir. 17300 18000 C 18200 22900 33500 a Cf. preceding question. b 10Dq = 15 300 cm¹ for the methylurea {OC(NHMe)(NH₂)} analogue. d

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The table you sent me shows the 10Dq values for a number of different ligands bonded to a central me... View the full answer