Identify the first-row transition metal M that satisfies the requirements given (more than one answer may be possible, for full credit you must identify all acceptable metals):
a) [M(H2O)6]3+, has one unpaired electron
b) MBr ]-, has a maximum number of unpaired electron 4
c) M(CN)6]3-, diamagnetic
d)M(H O) ]2+,hasaLFSE=-3Δ
Identify the first-row transition metal M that satisfies the requirements given (more than one answer may...
Identify the first-row transition metal M that satisfies the requirements given (more than one answer may be possible, for full credit you must identify all acceptable metals): )M(H O) ]2+,hasaLFSE=−3/5 delta oct
inorganic chemistry 3) Identify the first-row transition metal M that satisfies the requirements: a. [MCla] with four unpaired electrons b. [M(OH2)6]3 having one unpaired electron c. [MBra] having the most unpaired electrons d. Diamagnetic [M(CN)6]3- e. K3[M(CN)6] having 3 unpaired electrons
inorganic chemistry 3) Identify the first-row transition metal M that satisfies the requirements: a. [MC14] with four unpaired electrons b. [M(OH2)6]3+ having one unpaired electron C. (MBr4] having the most unpaired electrons d. Diamagnetic (M(CN)6]3- e. K3[M(CN)6] having 3 unpaired electrons . . C 12.
nan tne 3a orbitais 2) Identify the most likely transition metal M. There may seem to be more than one possible answer to some questions. One is more correct than the other, use your best judgement. Ks[M(CN)ol, in which M is a first row transition metal with 3 unpaired electrons b. [M(H20)s]3, in which M is a second row transition metal with LFSE -2.4 A c. [MCle, in which M is a first row transition metal with 5 unpaired electrons...
1.) Identify the most likely transition metal, M and provide a suitable explanation: a.) A complex ion with the formula [M(H2O)6]3+, where M is a second row transition metal, that has a LFSE (CFSE) of -2.4 (ignoring pairing and exchange energies). Hint: only the low spin configuration is observed in second row transition metals. b.) A tetrahedral complex ion with the formula [MCl4]-, where M is a first row transtion metal, that has five unpaired electrons.
The hexaaqua complex of a 3d transition metal, [M(H2O)6]SO4, has an effective magnetic moment corresponding to 5 unpaired electrons. Reaction of this hexaaqua complex with excess KCN gave K4[M(CN)6] which has an effective magnetic moment of 1 unpaired electrons. Deduce the identity of the metal, M, and explain your reasoning.
inorganic chemistry 2) A first-row transition metal complex of the formula (M(OH2)6]2+ has a magnetic moment of 3.9 MR. Determine the most likely number of unpaired electrons and the identity of the metal(s).
Identify the first-row transition metal (M) that follows the 18-electron rule for each of the following compounds (show how you arrived at your answer): (a) [M(CO)2(PPh3)2] (c) [M(n5-CsHs)(CO)3]2 (assume single M-M bond) (b) [M(nt-C4H4)(CO)3] Identify the first-row transition metal (M) that follows the 18-electron rule for each of the following compounds (show how you arrived at your answer): (a) [M(CO)2(PPh3)2] (c) [M(n5-CsHs)(CO)3]2 (assume single M-M bond) (b) [M(nt-C4H4)(CO)3]
inorganic chemistry 2) A first-row transition metal complex of the formula (M(OH2)612+ has a magnetic moment of 3.9 MB. Determine the most likely number of unpaired electrons and the identity of the metal(s).
1. What distinguish a transition metal from a main group metal? 2. Why is zinc not considered a transition metal? 3. Write the electronic configuration of the following ions; V". Cr, Mn, Fe, Ni, Ti" 4. What are basic assumptions of Crystal Field Theory? 5. Compounds containing the Scion are colorless whereas those containing Ti* ion are colored. Explain. 6. Predict the number of unpaired electrons in [Cr(en) ions. 7. What are spectrochemical series? 8. The compound hexaminecobalt(III) chloride is...