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Intermolecular Forces

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Intermolecular Forces Of Attraction Comic Strip


by : Dondon JR. K. Inandan

Excuse me Mr. Chernick, can you go over how Ionic bonds affect melting/boiling points?

Of course!

Ionic bonds typically result in high melting and boiling points because since they have a large number of ions, a lot of energy is needed to overcome the ionic bond, resulting in high boiling and melting points.

What about covalent bonds?

They have low boiling and melting points because the attractions between molecules are very easy to overcome. They also don't conduct electricity

What about hydrogen bonds? Also are hydrogen bonds strong or weak?

Hydrogen bonds also have high boiling and melting points. Also hydrogen bonds are a strong intermolecular force, but are still weaker than ionic and covalent bonds

What about London dispersion forces?

They are the weakest intermolecular force. When its force decreases, so does its melting and boiling points.

What about dipole-dipole forces? Are they strong or weak? How are their boiling/melting points?

Dipole-dipole forces are weak compared to ionic and covalent bonds. Since they are relatively weak, they have low boiling/melting points as well. However if the molecular weight goes up, so does the melting/boiling points.

Create your own at Storyboard That

Intermolecular Forces Of Attraction Comic Strip


by : Dondon JR. K. Inandan

Excuse me Mr. Chernick, can you go over how Ionic bonds affect melting/boiling points?

Of course!

Ionic bonds typically result in high melting and boiling points because since they have a large number of ions, a lot of energy is needed to overcome the ionic bond, resulting in high boiling and melting points.

What about covalent bonds?

They have low boiling and melting points because the attractions between molecules are very easy to overcome. They also don't conduct electricity

What about hydrogen bonds? Also are hydrogen bonds strong or weak?

Hydrogen bonds also have high boiling and melting points. Also hydrogen bonds are a strong intermolecular force, but are still weaker than ionic and covalent bonds

What about London dispersion forces?

They are the weakest intermolecular force. When its force decreases, so does its melting and boiling points.

What about dipole-dipole forces? Are they strong or weak? How are their boiling/melting points?

Dipole-dipole forces are weak compared to ionic and covalent bonds. Since they are relatively weak, they have low boiling/melting points as well. However if the molecular weight goes up, so does the melting/boiling points.

Create your own at Storyboard That

Intermolecular Forces Of Attraction Comic Strip


by : Dondon JR. K. Inandan

Excuse me Mr. Chernick, can you go over how Ionic bonds affect melting/boiling points?

Of course!

Ionic bonds typically result in high melting and boiling points because since they have a large number of ions, a lot of energy is needed to overcome the ionic bond, resulting in high boiling and melting points.

What about covalent bonds?

They have low boiling and melting points because the attractions between molecules are very easy to overcome. They also don't conduct electricity

What about hydrogen bonds? Also are hydrogen bonds strong or weak?

Hydrogen bonds also have high boiling and melting points. Also hydrogen bonds are a strong intermolecular force, but are still weaker than ionic and covalent bonds

What about London dispersion forces?

They are the weakest intermolecular force. When its force decreases, so does its melting and boiling points.

What about dipole-dipole forces? Are they strong or weak? How are their boiling/melting points?

Dipole-dipole forces are weak compared to ionic and covalent bonds. Since they are relatively weak, they have low boiling/melting points as well. However if the molecular weight goes up, so does the melting/boiling points.

Create your own at Storyboard That

Intermolecular Forces Of Attraction Comic Strip


by : Dondon JR. K. Inandan

Excuse me Mr. Chernick, can you go over how Ionic bonds affect melting/boiling points?

Of course!

Ionic bonds typically result in high melting and boiling points because since they have a large number of ions, a lot of energy is needed to overcome the ionic bond, resulting in high boiling and melting points.

What about covalent bonds?

They have low boiling and melting points because the attractions between molecules are very easy to overcome. They also don't conduct electricity

What about hydrogen bonds? Also are hydrogen bonds strong or weak?

Hydrogen bonds also have high boiling and melting points. Also hydrogen bonds are a strong intermolecular force, but are still weaker than ionic and covalent bonds

What about London dispersion forces?

They are the weakest intermolecular force. When its force decreases, so does its melting and boiling points.

What about dipole-dipole forces? Are they strong or weak? How are their boiling/melting points?

Dipole-dipole forces are weak compared to ionic and covalent bonds. Since they are relatively weak, they have low boiling/melting points as well. However if the molecular weight goes up, so does the melting/boiling points.

Create your own at Storyboard That

Intermolecular Forces Of Attraction Comic Strip


by : Dondon JR. K. Inandan

Excuse me Mr. Chernick, can you go over how Ionic bonds affect melting/boiling points?

Of course!

Ionic bonds typically result in high melting and boiling points because since they have a large number of ions, a lot of energy is needed to overcome the ionic bond, resulting in high boiling and melting points.

What about covalent bonds?

They have low boiling and melting points because the attractions between molecules are very easy to overcome. They also don't conduct electricity

What about hydrogen bonds? Also are hydrogen bonds strong or weak?

Hydrogen bonds also have high boiling and melting points. Also hydrogen bonds are a strong intermolecular force, but are still weaker than ionic and covalent bonds

What about London dispersion forces?

They are the weakest intermolecular force. When its force decreases, so does its melting and boiling points.

What about dipole-dipole forces? Are they strong or weak? How are their boiling/melting points?

Dipole-dipole forces are weak compared to ionic and covalent bonds. Since they are relatively weak, they have low boiling/melting points as well. However if the molecular weight goes up, so does the melting/boiling points.

Create your own at Storyboard That

Intermolecular Forces Of Attraction Comic Strip


by : Dondon JR. K. Inandan

Excuse me Mr. Chernick, can you go over how Ionic bonds affect melting/boiling points?

Of course!

Ionic bonds typically result in high melting and boiling points because since they have a large number of ions, a lot of energy is needed to overcome the ionic bond, resulting in high boiling and melting points.

What about covalent bonds?

They have low boiling and melting points because the attractions between molecules are very easy to overcome. They also don't conduct electricity

What about hydrogen bonds? Also are hydrogen bonds strong or weak?

Hydrogen bonds also have high boiling and melting points. Also hydrogen bonds are a strong intermolecular force, but are still weaker than ionic and covalent bonds

What about London dispersion forces?

They are the weakest intermolecular force. When its force decreases, so does its melting and boiling points.

What about dipole-dipole forces? Are they strong or weak? How are their boiling/melting points?

Dipole-dipole forces are weak compared to ionic and covalent bonds. Since they are relatively weak, they have low boiling/melting points as well. However if the molecular weight goes up, so does the melting/boiling points.

Create your own at Storyboard That

Intermolecular Forces Of Attraction Comic Strip


by : Dondon JR. K. Inandan

Excuse me Mr. Chernick, can you go over how Ionic bonds affect melting/boiling points?

Of course!

Ionic bonds typically result in high melting and boiling points because since they have a large number of ions, a lot of energy is needed to overcome the ionic bond, resulting in high boiling and melting points.

What about covalent bonds?

They have low boiling and melting points because the attractions between molecules are very easy to overcome. They also don't conduct electricity

What about hydrogen bonds? Also are hydrogen bonds strong or weak?

Hydrogen bonds also have high boiling and melting points. Also hydrogen bonds are a strong intermolecular force, but are still weaker than ionic and covalent bonds

What about London dispersion forces?

They are the weakest intermolecular force. When its force decreases, so does its melting and boiling points.

What about dipole-dipole forces? Are they strong or weak? How are their boiling/melting points?

Dipole-dipole forces are weak compared to ionic and covalent bonds. Since they are relatively weak, they have low boiling/melting points as well. However if the molecular weight goes up, so does the melting/boiling points.

Create your own at Storyboard That

Intermolecular Forces Of Attraction Comic Strip


by : Dondon JR. K. Inandan

Excuse me Mr. Chernick, can you go over how Ionic bonds affect melting/boiling points?

Of course!

Ionic bonds typically result in high melting and boiling points because since they have a large number of ions, a lot of energy is needed to overcome the ionic bond, resulting in high boiling and melting points.

What about covalent bonds?

They have low boiling and melting points because the attractions between molecules are very easy to overcome. They also don't conduct electricity

What about hydrogen bonds? Also are hydrogen bonds strong or weak?

Hydrogen bonds also have high boiling and melting points. Also hydrogen bonds are a strong intermolecular force, but are still weaker than ionic and covalent bonds

What about London dispersion forces?

They are the weakest intermolecular force. When its force decreases, so does its melting and boiling points.

What about dipole-dipole forces? Are they strong or weak? How are their boiling/melting points?

Dipole-dipole forces are weak compared to ionic and covalent bonds. Since they are relatively weak, they have low boiling/melting points as well. However if the molecular weight goes up, so does the melting/boiling points.

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Texto del Guión Gráfico

  • Intermolecular Forces Of Attraction Comic Stripby : Dondon JR. K. Inandan
  • Excuse me Mr. Chernick, can you go over how Ionic bonds affect melting/boiling points?
  • Of course!
  • Ionic bonds typically result in high melting and boiling points because since they have a large number of ions, a lot of energy is needed to overcome the ionic bond, resulting in high boiling and melting points.
  • They have low boiling and melting points because the attractions between molecules are very easy to overcome. They also don't conduct electricity
  • What about covalent bonds?
  • What about hydrogen bonds? Also are hydrogen bonds strong or weak?
  • Hydrogen bonds also have high boiling and melting points. Also hydrogen bonds are a strong intermolecular force, but are still weaker than ionic and covalent bonds
  • They are the weakest intermolecular force. When its force decreases, so does its melting and boiling points.
  • What about London dispersion forces?
  • What about dipole-dipole forces? Are they strong or weak? How are their boiling/melting points?
  • Dipole-dipole forces are weak compared to ionic and covalent bonds. Since they are relatively weak, they have low boiling/melting points as well. However if the molecular weight goes up, so does the melting/boiling points.
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