1. Statement 1: The selectivity of a ligand for one metal ion over another refers to the stability of the complexes formed. Statement 2: The higher the formation constant of the metal-ligand complex the better the selectivity of the ligand for the metal relative to similar complexes formed with other metals 2. Statement 1: A Bronsted acid is a proton donor and can be said to be a lewis acid Statement 2: However, all Lewis acid cannot be called bronsted base 3. Statement 1: The reactivity of an acid and a base is a function of the strength as chemical compounds. Statement 2: Relatively, the strength of an acid is a measure of the ease of protenation. 3. Statement 1: The degree of ionization primarily depends on the strength of the acid and base involved, irrespective of the pH of the solution in which the chemical species are present. Statement 2: This is significant in modifying and measuring compounds in biological samples such as urine, saliva, and breast milk A - If the first statement is TRUE and the second statement is FALSE B - If the first statement is FALSE and the second statement is TRUE C - If both statements are TRUE D - If both statements are FALSE
1. Statement 1: The selectivity of a ligand for one metal ion over another refers to the stability of the complexes formed. Statement 2: The higher the formation constant of the metal-ligand complex the better the selectivity of the ligand for the metal relative to similar complexes formed with other metals 2. Statement 1: A Bronsted acid is a proton donor and can be said to be a lewis acid Statement 2: However, all Lewis acid cannot be called bronsted base 3. Statement 1: The reactivity of an acid and a base is a function of the strength as chemical compounds. Statement 2: Relatively, the strength of an acid is a measure of the ease of protenation. 3. Statement 1: The degree of ionization primarily depends on the strength of the acid and base involved, irrespective of the pH of the solution in which the chemical species are present. Statement 2: This is significant in modifying and measuring compounds in biological samples such as urine, saliva, and breast milk A - If the first statement is TRUE and the second statement is FALSE B - If the first statement is FALSE and the second statement is TRUE C - If both statements are TRUE D - If both statements are FALSE
Chapter3: Mechanisms
Section: Chapter Questions
Problem 31EQ: The reaction just described is reversible. Deprotonation of the conjugate acid of an organic base by...
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1. Statement 1: The selectivity of a ligand for one metal ion over another refers to the stability of the complexes formed.
Statement 2: The higher the formation constant of the metal-ligand complex the better the selectivity of the ligand for the metal relative to similar complexes formed with other metals
2. Statement 1: A Bronsted acid is a proton donor and can be said to be a lewis acid
Statement 2: However, all Lewis acid cannot be called bronsted base
3. Statement 1: The reactivity of an acid and a base is a function of the strength as chemical compounds.
Statement 2: Relatively, the strength of an acid is a measure of the ease of protenation.
3. Statement 1: The degree of ionization primarily depends on the strength of the acid and base involved, irrespective of the pH of the solution in which the chemical species are present.
Statement 2: This is significant in modifying and measuring compounds in biological samples such as urine, saliva, and breast milk
Statement 2: The higher the formation constant of the metal-ligand complex the better the selectivity of the ligand for the metal relative to similar complexes formed with other metals
2. Statement 1: A Bronsted acid is a proton donor and can be said to be a lewis acid
Statement 2: However, all Lewis acid cannot be called bronsted base
3. Statement 1: The reactivity of an acid and a base is a function of the strength as chemical compounds.
Statement 2: Relatively, the strength of an acid is a measure of the ease of protenation.
3. Statement 1: The degree of ionization primarily depends on the strength of the acid and base involved, irrespective of the pH of the solution in which the chemical species are present.
Statement 2: This is significant in modifying and measuring compounds in biological samples such as urine, saliva, and breast milk
A - If the first statement is TRUE and the second statement is FALSE
B - If the first statement is FALSE and the second statement is TRUE
C - If both statements are TRUE
D - If both statements are FALSE
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