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consider the coordination compound sodium diamminetetracyanocobaltate(iii). write the formula for this compound. which type(s) of isomers...
Write the formula of the coordination compound sodium pentacyanomanganate(IV). Write the formula of the coordination compound pentacarbonyliron(0).
3. For each of these following complexes: Hexaaquacobalt(III), Trioxalatocobaltate(III), Triglycinatocobaltate(III), Tricarbonatocobaltate(III), and Tris(1,10-phenanthroline)cobalt(III).... Write out the chemical formula Identify the coordination number of the metal ion Identify whether the ligand is monodentate or polydentate Does the complex form cis-trans isomers? Does the complex form enantiomers? 4. In each of the complexes mentioned, cobalt has an oxidation state of +3. How many d electrons does Co(III) have? 5. Draw the Crystal Field splitting diagram for the Co(III) complex assuming it is...
Write the formula of the coordination compound hexaaquamanganese(III) chloride. Enclose complexes in square brackets, even if there are no counter ions. Do not enclose a ligand in parentheses if it appears only once. Enter water as H2O.
1. (6 pts.) Consider the coordination compound Rh(C)(CO)(PPhs)2: Draw the two possible isomers for this square planar complex. What type of stereoisomers are these complexes? Why would no isomers exist for this complex if it had a tetrahedral geometry? a. b. c.
4. Consider the following complexes. Na, [Fe(ox),] [Cr(H2O) (NHJ) SO, [Pt(en)(ONO)CI] Write the coordination sphere for the complexes I, II and III. [3 marks] in each of the Determine the oxidation state of the central atom coordination complex [3 marks] Determine the coordination number in each of the complexes. [3 marks) Name each of the complex using IUPAC system [6 marks) Draw the molecular geometry of complex II. [2 marks] Using Crystal Field Theory, draw the energy diagram of the...
dicyanobis(ethylenediamine)cobalt(III) nitrate dihydrate Draw a structure of the compound. using prespective (wedge and dash). (submit this in the next question following) v) How many d-electrons are on the central metal? d-electrons answer: 6 vi) Draw the Crystal Field electron configuration for this complex and show the number of unpaired electrons. (submit this in the following question) NEED HELP WITH THE DRAWINGS PLEASE vii) How many coordination sphere isomers for the complex? Number of Coordination sphere isomers viii) Would you expect this chemical to...
1. Consider an octahedral coordination compound with formula [M(NH3)4Cl2]SO4 (M is unknown but it is in the second transition metal series (Zr to Cd). Answer the following questions. What is the oxidation state of the metal M? It is found that this compound has an effective magnetic moment of 2.83 B.M. Identify the metal and justify your answer. How many geometric isomers are possible? Explain Are optical isomers possible? Explain.
Draw and label (cis/trans, fac/mer, linkage, optical, etc.) all unique isomers of the following coordination compound(s): b. [Pt(NH3)2(SCN)(Br)]
Name or write the formula for the following coordination compounds (spelling counts): a. [Co(NH3)2CI]Cl2 b. Sodium hexachloromanganate(III) c. [Pt(NH3)4](C104)2 d. Potassium tetracyanonickelate(0)
Consider the coordination compound Caz[Co(CN)6]: i. ii. Give the systematic name of the compound. What is the magnetic property of the complex (diamagnetic, strong or weakly paramagnetic)? (Use the appropriate d-orbital splitting diagram from the formula sheet to explain your answer) iii. Will the complex be a high-spin or low-spin complex?