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Intermolecular Forces: London, Hydrogen Bonding, Interactions, Vapor Pressure, Quizzes of Chemistry

Definitions and explanations of various intermolecular forces, including london forces, hydrogen bonding, types of interactions, dipole-dipole forces, and vapor pressure. London forces are a weak force between non-polar molecules, while hydrogen bonding is a strong force that occurs with n, o, f, and a lone pair of electrons attached to a hydrogen atom. Dipole-dipole forces are present in polar molecules, and vapor pressure occurs when the amount of molecules going up into the air equals the amount going back into the liquid.

Typology: Quizzes

Pre 2010

Uploaded on 12/09/2009

holzsf06
holzsf06 🇺🇸

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TERM 1
London Forces
DEFINITION 1
Depends on the mass for boiling point (higher the mass
higher the boiling point) Also the bigger the surface are of a
molecule the higher the boiling point it is also a weak force
between molecules only in NON POLAR molecules
TERM 2
Hydrogen Bonding
DEFINITION 2
Strong bonding force Takes place with N, O, F and a lone pair
of electrons attached to a hydrogen bond. Requires high
amounts of energy to break a hydrogen bond
TERM 3
Types of Interactions and the energy used for
them
DEFINITION 3
Van Der Waals (Dipole-Dipole, London) .1 to 10 kj/mol
Hydrogen bonding 10 to 40 kj/mol
TERM 4
Dipole -Dipole
DEFINITION 4
In Polar molecules Has a negative and postive end the
Opposite ends of the dipole atract eachother and its that
attractive force that determines how well the molecule sticks
together
TERM 5
Vapor Pressure
DEFINITION 5
Happens when the amount of Molecules going up into the air
and equal to the amount going back into the liquad
pf2

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TERM 1

London Forces

DEFINITION 1 Depends on the mass for boiling point (higher the mass higher the boiling point) Also the bigger the surface are of a molecule the higher the boiling point it is also a weak force between molecules only in NON POLAR molecules TERM 2

Hydrogen Bonding

DEFINITION 2 Strong bonding force Takes place with N, O, F and a lone pair of electrons attached to a hydrogen bond. Requires high amounts of energy to break a hydrogen bond TERM 3

Types of Interactions and the energy used for

them

DEFINITION 3 Van Der Waals (Dipole-Dipole, London) .1 to 10 kj/mol Hydrogen bonding 10 to 40 kj/mol TERM 4

Dipole -Dipole

DEFINITION 4 In Polar molecules Has a negative and postive end the Opposite ends of the dipole atract eachother and its that attractive force that determines how well the molecule sticks together TERM 5

Vapor Pressure

DEFINITION 5 Happens when the amount of Molecules going up into the air and equal to the amount going back into the liquad