Solution:
The relative stabilities of ligands refer to the its binding capacity to central metal ion. A polydentate ligands forms more stable metal complex rather than a monodentate, bidentate and tridentate ligands.
Thus, relative stabilities of ligands depends upon the ease of formation of complexes.
For example:
A bidentate ligand (ethylene diamine) is more stable than monodentate ligand (ammonia) due to higher number of approaching sites towards metal ligand bond formation.
what is meant by relative stabilities of ligands 2. What is meant by relative stabilities of...
2. (a) Indicate the correct ranking of the relative stabilities of the alkenes shown below, by typing in the letters under each structure in the correct order (most stable first, least stable last).
Question / Diw the relative stabilities of the following conformations of methyleyclohexans Which is more stable between 1 and 87- Which is more stable between 1 and C7 Which is more stable between B and C7-
What is meant by a marginal distribution? What is meant by a conditional distribution? What is meant by a marginal distribution? O A. A marginal distribution is the effect of other row variable or the column variable in the contingency table OB. A marginal distribution is a frequency or relative frequency distribution of either the row of column variable in a contingency table OC. A marginal distribution is the relative frequency of each category of one variable, given a specific...
1. What is meant by the “Relative Biological Effectiveness" and the "Oxygen Enhancement Ratio" of an ionizing radiation? 2. What factors are involved in the sensitivity of a particular tissue to radiation damage? How do the terms “VIM", "DIM”, “MCT”, “RPM” and “FPM" relate in this regard. 3. Describe briefly the differences between "early" and "late” effects of radiation damage as well as describe what “Acute Radiation Syndrome (ARS)” is and give a description of biological mechanisms that are involved...
Which of the following correctly reflects relative stabilities of carbocations? 3 degree allylic > 2 degree > 1 degree benzylic methyl > 2 degree benzylic > 3 degree 3 degree benzylic > vinyl >1 degree 2 degree allylic > 2 degree > vinyl 1 degree benzylic > 3 degree > 3 degree allylic Dehydrohalogenation of 2-bromobutane in the presence of a strong base proceeds via which of the following mechanistic pathways? S_N1 S_N2 E1 E2 none of the above Which...
Consider the reaction below. Understanding what you know about resonance stabilities provides the 2 possible carbocations and the resonance structures of H+ addition to the reactant. Circle the carbocation that is the major product due to resonance stabilities. Provide the 1, 2 and 1, 4 products of that carbocation: Why did you pick that carbocation? Provide the 2 unlikely products of 1, 2 and 1, 4 additions from the other carbocation intermediate not chosen above. Hopefully you noted that the...
4) What is chelate effect? Give example of one chelating ligands. 2
1(a). Draw both chair conformations of trans-1-chloro-2-methylcyclohexane. Compare stabilities. (b) .Draw both chair conformations of cis-1- chloro-2-methylcyclohexane.Compare stabilities. (c).Draw both chair conformations of cis-1,4-dimethylcyclohexane. Compare stabilities .
1) Explain what is meant by a good being "excludable."? 2) Explain what is meant by a good being "rival in consumption."? 3) Define and give an example of a public good. Is it likely that the private market provide this good on its own? Explain. 4) Define and give an example of a common resource. Without government intervention, will people use this good too much or too little? Why?
What is the correct order of stabilities of the following isomeric structures, starting with one with the lowest energy? I understand that the further the methyl groups are from one another the lower the energy but in A, B, and C the methyl groups are not near each other indicating no steric strain which would increase the energy.. but I am not sure how to further approach the problem. Fo H3C CH3 H3C