- What patterns do you see in all of the compound models?

Chemistry: Matter and Change
1st Edition
ISBN:9780078746376
Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Chapter6: The Periodic Table And Periodic Law
Section: Chapter Questions
Problem 66A
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Answer question 18
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Last edit wa 4 hours ago
pen Sans
BIU
A
E = E E 1E E - E
1 1
12
2 1 3 4
Lewis Model of Mgo
T wal t
Mg:
da dingn o oxyp (o)
s ing Pr Ma (Mya)
Explain how the location of oxygen and
magnesium on the Periodic table explains
why each atom of oxygen bonds with one
atom of magnesium.
Magnesium(Mg) donate his 2 electrons to
Oxygen (0) and form an ionic bond via
transfer of e-. Therefore,We can say that
each Magnesium(Mg) is bonded with unique
Oxygen (O).
17. Write a Claim/Evidence/Reasoning response to answer the question: What state of
matter would you expect to find this substance (magnesium oxide) in "the Goldilocks Zone"?
Start with a claim that directly answers the question. Then, use the melting and boiling point
data from the previous lesson as evidence and your models above to help with your
reasoning. Your paragraph should have at least three sentences.
Magnesium oxide is an ionic compound formed by Magnesium ion and oxygen ion. lonic
compounds have strong intermolecular forces so they mainly exist in solids. Hence
Magnesium oxide exists in solid state hence the state of magnesium oxide is solid.
18. What patterns do you see in all of the compound models?
Transcribed Image Text:ons Help Accessibility Last edit wa 4 hours ago pen Sans BIU A E = E E 1E E - E 1 1 12 2 1 3 4 Lewis Model of Mgo T wal t Mg: da dingn o oxyp (o) s ing Pr Ma (Mya) Explain how the location of oxygen and magnesium on the Periodic table explains why each atom of oxygen bonds with one atom of magnesium. Magnesium(Mg) donate his 2 electrons to Oxygen (0) and form an ionic bond via transfer of e-. Therefore,We can say that each Magnesium(Mg) is bonded with unique Oxygen (O). 17. Write a Claim/Evidence/Reasoning response to answer the question: What state of matter would you expect to find this substance (magnesium oxide) in "the Goldilocks Zone"? Start with a claim that directly answers the question. Then, use the melting and boiling point data from the previous lesson as evidence and your models above to help with your reasoning. Your paragraph should have at least three sentences. Magnesium oxide is an ionic compound formed by Magnesium ion and oxygen ion. lonic compounds have strong intermolecular forces so they mainly exist in solids. Hence Magnesium oxide exists in solid state hence the state of magnesium oxide is solid. 18. What patterns do you see in all of the compound models?
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