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IMFs have 3 types, dispersion, dipole-dipole, hydrogen bonding

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IMFs have 3 types, dispersion, dipole-dipole, hydrogen bonding

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- Yubin

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Greater the electronegativity, greater the polarity.

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Greater the electronegativity, greater the polarity.

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-Yubin

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I want to learn how the bond angles are the way they are.

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I want to learn how the bond angles are the way they are.

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-Yubin

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All non polar molecules have the LDF IMF.

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Stronger IMFs have lower vapor pressure.

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Are there any molecules that don't follow the VSEPR patterns?

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The stronger the IMF, the higher the boiling point

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All sp3d2 molecules have bond angles of 90 EXCEPT the one with 4 lone pairs

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Are these the only VSEPR shapes possible?

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Are these the only VSEPR shapes possible?

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Hydrogen Bonds Are the Strongest

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All of the VESPR shapes

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Is there More IMF´s then the one we are taught

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-Sthorm

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-Sthorm

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Why do the IMFs have those names and who gave it to them

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Why do the IMFs have those names and who gave it to them

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-Sthorm

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Less than 2 lines of symmetry is polar. 2 or more lines of symmetry is polar.

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Bond polarity is greatest electronegativity difference.

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Why is it only an H-bond with N, O, and F?

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Hydrogen bonds are stronger than dipole dipole

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2 or more lines of symmetry means a molecule is nonpolar

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2 or more lines of symmetry means a molecule is nonpolar

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Grant

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Grant

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Hydrogen bonding only works with N, O, & F

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dispersion works with only non polar

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For VSEPR shapes, I already knew

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I know that polarity depends on the distribution of electrons.

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I learned how to tell the IMFs from elements present.

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I want to learn how to figure out the state of matter IMFs

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-Basmah

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the elements that can have hydrogen bonds

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the elements that can have hydrogen bonds

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-Basmah

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is it possible/what happens if there is an  odd number of electrons

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is it possible/what happens if there is an  odd number of electrons

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-Basmah

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Knew there would be three inter molecular forces

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learning the hybridization angles and shapes

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Easier way to figure out if the compound is polar or non polar

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I know that H-bonding is the strongest IMF out of dipole-dipole and LDF

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I learned that if a molecule have one symmetry line it is polar, and if it has two or more symmetry line than it is a non polar

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I want to learn why the weakest IMF called London Dispersion forces?

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London Dispersion: Nonpolar
Dipole-dipole & H-bonding: polar
H-bonding: H-N.O.F

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Non-polar: 2 or more lines of symmetry

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What is the other way to determine whether a molecule is polar or non-polar?/The chemistry way/

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when drawing the lewis structure, the bonds between the elements are 2 electrons.

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2 or more lines of symmetry = Non polar
1 or no lines of symmetry = polar

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Molecules with H- bond have the highest boiling point

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London Dispersion is the weakest IMF and Hydrogen bonding is the strongest IMF 

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London Dispersion is the weakest IMF and Hydrogen bonding is the strongest IMF 

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Polar is one line of symmetry and Non-polar is 2 or more lines of symmetry

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Polar is one line of symmetry and Non-polar is 2 or more lines of symmetry

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All the elements want to be satisfied.

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Basically when I redid it I remembered what hybridization was, like the angles and names.

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I feel like I'm missing something about Imf's but I don't really know what. I get confused when it says calculate the Imf's. Like what am I looking for

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You add a letter in hybridization for each bonded atom and lone pair.

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You add a letter in hybridization for each bonded atom and lone pair.

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If there are two or more lines of symmetry, then it is non polar.

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If there are two or more lines of symmetry, then it is non polar.

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Is a molecule with resonance, that otherwise would be non polar, polar or non polar.

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Is a molecule with resonance, that otherwise would be non polar, polar or non polar.

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I know that highly electronegative atoms cause hydrogen bonding.

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I learned that you can tell if a molecule is polar by the number of symmetry lines.

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I want to learn how to tell a molecule's hybridization without counting electrons.

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H-bond is the strongest IMF

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The greater the difference in electronegativity, the more polar the bond.

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Why don't we use the ion-dipole?

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there are 3 types of imfs
LDF
dipole-dipole
H-F, H-N, & H-O

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H can not be in the center because there already enough electrons

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Non polar is when there are 2 or more symmetry lines

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How else can you find IMF's

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Now I know Polar can have either dipole- dipole or Hydrogen bonding if only it has the HNOF series. Non polar is automatically LDF

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IMF= LDF, dipole-dipole, hydrogen bond

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how to find out if it is polar or non polar

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Is there an easier way to find out the polarity?

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h bond has the strongest imf.

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polar mean there is either different elements, lone pairs, h bond in it.

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why does it ask for symmetry? for polar or non ?

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Hydrogen Bonding is the strongest IMF

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Polar molecules have 1 line of symmetry.

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Why hydrogen bonding is the strongest