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Atoms of the element beryllium would most likely behave similar to the way _______ behaves. A. boron B. calcium C. lithium D. hydrogen
Atoms of the element beryllium would most likely behave similar to the way calcium behaves.
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Asked 10/14/2018 2:08:37 PM
Updated 10/14/2018 4:21:40 PM
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Atoms of the element beryllium would most likely behave similar to the way calcium behaves.
Added 10/14/2018 4:21:40 PM
This answer has been confirmed as correct and helpful.
Confirmed by jeifunk [10/16/2018 8:32:42 AM]
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These two elements are most likely good conductors of heat and electricity and shiny when solid. A. Sn and Ag B. P and Se C. Au and Br D. B and I
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Updated 10/14/2018 2:57:47 PM
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Sn and Ag are most likely good conductors of heat and electricity and shiny when solid.
Added 10/14/2018 2:57:47 PM
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What is the specific name of the covalent compound consisting of nine carbon atoms and 20 hydrogen atoms? A. Nonacarbon decahydroxide B. Hydrocarbon C. Nonane D. Nonahydrogen decacarbon
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Updated 10/14/2018 2:46:28 PM
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Nonane is the specific name of the covalent compound consisting of nine carbon atoms and 20 hydrogen atoms.
Added 10/14/2018 2:46:28 PM
This answer has been confirmed as correct and helpful.
Confirmed by jeifunk [10/16/2018 8:25:50 AM]
The chemical formula of lithium carbonate is Li2CO3. Which statement below best describes the types and number of atoms of each element making up this substance? A. One lithium atom; one carbon atom B. Two lithium atoms; one calcium atom; one oxygen atom C. One lithium atom; three carbon atoms; three oxygen atoms D. Two lithium atoms; one carbon atom; three oxygen atoms
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Updated 10/14/2018 9:59:54 PM
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The chemical formula of lithium carbonate is Li2CO3. Two lithium atoms; one carbon atom; three oxygen atoms below best describes the types and number of atoms of each element making up this substance.
Added 10/14/2018 9:59:54 PM
This answer has been confirmed as correct and helpful.
Confirmed by matahari [10/16/2018 12:53:15 PM]
The difference between isotopes for the same element will be found in the atoms' A. number of neutrons. B. charges. C. number of electrons. D. number of protons.
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Updated 1/18/2020 10:13:01 AM
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The difference between isotopes for the same element will be found in the atoms' number of neutrons.
Added 1/18/2020 10:13:01 AM
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_______ was responsible for first grouping elements into triads based on similar properties. A. Döbereiner B. Mendeleev C. Dalton D. Moseley
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Updated 10/14/2018 3:00:18 PM
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Döbereiner was responsible for first grouping elements into triads based on similar properties.
Added 10/14/2018 3:00:18 PM
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