QuestionAugust 19, 2025

All A groups on the Periodic Table: are organized by energy level have the same number of valence electrons are harder to group based on trends compared to the B group transition metals can be grouped into families based on shared characteristics have the same number of electrons on their outermost orbital

All A groups on the Periodic Table: are organized by energy level have the same number of valence electrons are harder to group based on trends compared to the B group transition metals can be grouped into families based on shared characteristics have the same number of electrons on their outermost orbital
All A groups on the Periodic Table:
are organized by energy level
have the same number of valence electrons
are harder to group based on trends compared to the B group transition metals
can be grouped into families based on shared characteristics
have the same number of electrons on their outermost orbital

Solution
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Answer

Have the same number of valence electrons; Can be grouped into families based on shared characteristics; Have the same number of electrons on their outermost orbital. Explanation 1. Analyze Group A Characteristics Groups A on the Periodic Table are organized by columns, where each group has elements with the same number of valence electrons. 2. Evaluate Statements - "Are organized by energy level": Incorrect. Energy levels increase across periods, not groups. - "Have the same number of valence electrons": Correct. Elements in the same group have the same number of valence electrons. - "Are harder to group based on trends compared to the B group transition metals": Incorrect. A groups show clear trends. - "Can be grouped into families based on shared characteristics": Correct. They form families like alkali metals, halogens, etc. - "Have the same number of electrons on their outermost orbital": Correct. This is equivalent to having the same number of valence electrons.

Explanation

1. Analyze Group A Characteristics<br /> Groups A on the Periodic Table are organized by columns, where each group has elements with the same number of valence electrons.<br /><br />2. Evaluate Statements<br /> - "Are organized by energy level": Incorrect. Energy levels increase across periods, not groups.<br /> - "Have the same number of valence electrons": Correct. Elements in the same group have the same number of valence electrons.<br /> - "Are harder to group based on trends compared to the B group transition metals": Incorrect. A groups show clear trends.<br /> - "Can be grouped into families based on shared characteristics": Correct. They form families like alkali metals, halogens, etc.<br /> - "Have the same number of electrons on their outermost orbital": Correct. This is equivalent to having the same number of valence electrons.
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