a)
Interpretation: The elements that form only one type of cation to be predicted.
Concept Introduction:
Cation: The removal of electrons from the neutral atom leads to the formation of cation.
Anion: The neutral atom gains electrons leads to the formation of anion.
a)
Answer to Problem 3.29UKC
The Group
Explanation of Solution
The Group
b)
Interpretation: The elements that commonly form anion to be predicted.
Concept Introduction:
Cation: The removal of electrons from the neutral atom leads to the formation of cation.
Anion: The neutral atom gains electrons leads to the formation of anion.
b)
Answer to Problem 3.29UKC
The Group
Explanation of Solution
The Group
c)
Interpretation: The elements that form more than one type of cation to be predicted.
Concept Introduction:
Cation: The removal of electrons from the neutral atom leads to the formation of cation.
Anion: The neutral atom gains electrons leads to the formation of anion.
c)
Answer to Problem 3.29UKC
The transition group, f-block elements and Thallium, Nihonium, Tin, Lead, and Flerovium elements also tend to form more than one type of cation.
Explanation of Solution
The transition group, f-block elements and Thallium, Nihonium, Tin, Lead, and Flerovium elements also tend to form more than one type of cation.
d)
Interpretation: The elements that do not readily form either anions or cations to be predicted.
Concept Introduction:
Cation: The removal of electrons from the neutral atom leads to the formation of cation.
Anion: The neutral atom gains electrons leads to the formation of anion.
d)
Answer to Problem 3.29UKC
Noble gas group, boron, carbon, silicon, germanium, and nitrogen group elements.
Explanation of Solution
The noble gas group, boron, carbon, silicon, germanium, and nitrogen group elements do not readily form either anions or cations.
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Chapter 3 Solutions
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