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e. No, carbon compounds cannot be polar. Question 44 In molecules with permanent dipoles, _______ are the attraction the positive end of a dipole on one molecule with the negative the dipole on another molecule. a. ionic bonding b. covalent bonding c. dispersion forces d. dipole-dipole forces e. hydrogen bonding forces Question 45 2 pts

          e. No, carbon compounds cannot be polar.
Question 44
In molecules with permanent dipoles, _______ are the attraction the positive end of a dipole on one molecule with the negative the dipole on another molecule.
a. ionic bonding
b. covalent bonding
c. dispersion forces
d. dipole-dipole forces
e. hydrogen bonding forces
Question 45
2 pts

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e no carbon compounds cannot be polar question 44 in molecules with permanent dipoles are the attraction the positive end of a dipole on one molecule with the negative the dipole on 78926

Added by Michael E.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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Solved by Expert Sutara K

02/07/2022

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Step 2: Analyze the options: a. Ionic bonding: This involves the electrostatic attraction between oppositely charged ions, not between dipoles of neutral molecules. b. Covalent bonding: This involves the sharing of electrons between atoms within a molecule, not Show more…

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e. No, carbon compounds cannot be polar. Question 44 In molecules with permanent dipoles, _______ are the attraction the positive end of a dipole on one molecule with the negative the dipole on another molecule. a. ionic bonding b. covalent bonding c. dispersion forces d. dipole-dipole forces e. hydrogen bonding forces Question 45 2 pts

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Transcript

00:01 Now we will discuss about what is the type of attraction between the molecules or type of bond present between these molecules.

00:11 Usually intermolecular forces of attraction they exist between the molecules.

00:17 The polar molecules with permanent dipole they show dipole forces.

00:22 The polar non -polar molecules they show lond dispersion forces and hydrogen bond exists between the hydrogen and highly electrical.

00:31 Electron negative atom.

00:33 Ionic bond is formed between the cation and anion, metallic bond is formed in the between the metal atoms.

00:40 So like this we have different types of forces and bonding.

00:44 Among that the given is what is holding the atoms together in hf molecule.

00:50 Here hf molecule it is possessing f and g.

00:56 It is showing dipole dipole forces as it is pulsing dipole moment.

01:01 It is a polar compound, polar covalent molecule.

01:05 So it shows dipole, dipole force and because of the highly electronegative element, fluorine, is also showing the hydrogen bonding.

01:15 So it is showing intermolecular forces.

01:17 Yes.

01:19 What is holding two bromine molecules? bromine molecule is a, it is a non -polar covalent bond between the two bromine atoms.

01:28 So it is non -polar polar co -end bond, e.

01:34 Between the bromine molecules we have dispersion forces e...

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