Coulombic Attraction

Presentation

•

Chemistry

•

10th - 12th Grade

•

Hard

Joseph Anderson

FREE Resource

53 Slides • 25 Questions

Fill in the Blank

How many valence electrons would Boron lose to become more stable?

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How many valence electrons would Beryllium lose to become more stable?

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How many valence electrons would Neon gain to become more stable?

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How many valence electrons would Lithium lose to become more stable?

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How many valence electrons would Nitrogen gain to become more stable?

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How many valence electrons would Oxygen gain to become more stable?

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How many valence electrons would Carbon gain to become more stable?

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How many valence electrons would Fluorine gain to become more stable?

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How many valence electrons are in group 15?

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How many valence electrons are in group 2?

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How many valence electrons are in group 13?

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How many valence electrons are in group 18?

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How many valence electrons are in group 14?

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How many valence electrons are in group 1?

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How many valence electrons are in group 16?

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How many valence electrons are in group 17?

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Multiple Choice

Electrons & Electrons would

repel each other

attract each other

do nothing to each other

Multiple Choice

Electrons & protons would

repel each other

attract each other

do nothing to each other

Multiple Choice

Protons & protons would

repel each other

attract each other

do nothing to each other

Multiple Choice

If the force increases, the charge

increases

decreases

stays the same

Multiple Choice

If the force increases, the DISTANCE

increases

decreases

stays the same

Multiple Choice

As you go down a group in the periodic table, the distance from the valence electrons to the nucleus

increases

decreases

stays the same

Multiple Choice

As you go across a period in the periodic table, the distance from the valence electrons to the nucleus

increases

decreases

stays the same

Multiple Choice

As you go down a group in the periodic table, the force of attraction

increases

decreases

stays the same

Multiple Choice

As you go across a period in the periodic table, the force of attraction

increases

decreases

stays the same

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