Intermolecular Forces

Question 1

Explains the property of gases by assuming that gas particles act INDEPENDENTLY to each other.

Answer 1

KINETIC MOLECULAR THEORY

Question 2

Bonding forces(sarili bonding of comound)

Answer 2

INTRAMOLECULAR FORCES

Question 3

Molecular Polarities(Maraming compound na dikit)

Answer 3

INTERMOLECULAR FORCES

Question 4

Exist inside the molecules

Answer 4

Intramolecular forces

Question 5

Relatively strong

Answer 5

Intramolecular forces

Question 6

May be ionic, covalent or metallic

Answer 6

Intramolecular forces

Question 7

TYPES OF INTRAMOLECULAR FORCES

Answer 7

IONIC
COVALENT
METALLIC

Question 8

Non metal + Non metal

Answer 8

Covalent

Question 9

Metal + Metal

Answer 9

Metallic

Question 10

Non metal + Metal

Answer 10

Ionic

Question 11

Must be 8 Valence electro

Answer 11

Octet Rule

Question 12

Occur between neighboring as a result of partial charges or between ions and molecules.

Answer 12

Intermolecular forces

Question 13

Relatively weak

Answer 13

Intermolecular forces

Question 14

Called as VAN DER WAALS FORCES

Answer 14

Intermolecular forces

Question 15

DUTCH SCIENTIST (intermolecular forces)

Answer 15

Johannes Van Der Waals 1837-1923

Question 16

Ion-dipole
dipole-dipole
London dispersion forces
hydrogen bond

Answer 16

Types of VAN DER WAALS FORCES

Question 17

Result when an ion and the partial charge found at the end of a polar molecule attract each other

Answer 17

Ion-Dipole

Question 18

Weaker than an ION-DIPOLE force

Answer 18

Dipole-dipole

Question 19

More polar the substance, the stronger its dipole-dipole interaction

Answer 19

Dipole-dipole

Question 20

Temporary attractive force that results when the electrons in two adjacent atos occupy positions that make the atoms form temporary dipoles.

Answer 20

London DIspersion forces

Question 21

Weakest intermolecular force

Answer 21

London Dispersion

Question 22

Named after GERMAN PHYSICIST( London DIspersion)

Answer 22

FRITZ LONDON

Question 23

Attractive interaction between a hydrogen atom bonded to an electronegative, F, O, or N, atom and an unshared electron pair of another nearby en atom

Answer 23

Hydrogen bond

Question 24

Strongest bond

Answer 24

Hydrogen Bond