Kinetic Molecular Theory (chapter 1) Flashcards

1
Q

Homogeneous part of a system in contact with other parts of the system, but separated from these other parts by well-defined boundaries.

A

Phase

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2
Q

Holds atoms together in a molecule.

A

Intramolecular forces

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3
Q

cation + anion

A

Ionic

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4
Q

Sharing of valence electrons.

A

Covalent

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5
Q

Attractive forces between molecules.

A

Intermolecular forces

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6
Q

(+)(+) and (-)(-)

A

Nonpolar covalent bond

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7
Q

Nonpolar covalent bond is ___ arranged.

A

symmetrically

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8
Q

Type of chemical bond where 2 atoms share a pair of electron with each other.

A

Nonpolar covalent bond

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9
Q

Unequally shared between atoms.

A

Polar covalent bond

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10
Q

(+)(-)

A

Polar covalent bond

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11
Q

Occur due to the unequal sharing of electrons.

A

Molecular dipole (dipole)

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12
Q

Kinetic Molecular Theory (DACS)

A

Differ in distances between particles
All matter is made of tiny particles
Particles are in constant motion
Speed is proportional to temperature

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13
Q

2 in condensed state

A

solids and liquids

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14
Q

little space

A

liquid

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15
Q

much more difficult to compress

A

liquid

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16
Q

much dense

A

liquid

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17
Q

held tightly

A

solid

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18
Q

no freedom of motion

A

solid

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19
Q

even less empty space

A

solid

20
Q

almost incompressible

A

solid

21
Q

increase in temperature results in?

A

increased kinetic energy of gases dissolved in liquids

22
Q

increased motion enables?

A

dissolved gas

23
Q

indicators of strength of IMF

A

boiling point and melting point

24
Q

solid indicator

A

melting point

25
Q

liquid indicator

A

boiling point

26
Q

holds particles together

A

Intermolecular forces of attraction

27
Q

attractive forces that holds matter

A

Intermolecular forces of attraction

28
Q

increase in energy equals?

A

increase in IMF

29
Q

3 Types of IMF of attraction

A
  1. Hydrogen bond
  2. Dipole-dipole forces
  3. London dispersion forces
30
Q

solid at room temperature

A

Hydrogen bond

31
Q

When H is attracted to electronegative atom such as fluorine, oxygen, and nitrogen.

A

Hydrogen bond

32
Q

strongest bond

A

Hydrogen bond

33
Q

It is responsible for high boiling point and the crystallization structure.

A

Hydrogen bond

34
Q

Examples of H bond?

A

H2O, NH3, HF

35
Q

oppositely charged region

A

Dipole-dipole forces

36
Q

liquid at room temperature

A

Dipole-dipole forces

37
Q

polar molecules

A

Dipole-dipole forces

38
Q

It is stronger than dispersion forces bc polar molecules have a permanent uneven distribution of electrons.

A

Dipole-dipole forces

39
Q

This is a result from temporary dipole moments.

A

London dispersion forces

40
Q

nonpolar

A

London dispersion forces

41
Q

gas at room temperature

A

London dispersion forces

42
Q

weakest force

A

London dispersion forces

43
Q

uneven distribution causes?

A

momentary charge separations

44
Q

ease with which electron distribution can be distorted

A

polarizability

45
Q

Extent to which a dipole moment can be induced in a molecule.

A

polarizability

46
Q

Relative tendency of a charge distribution

A

polarizability