lesson 1 Flashcards

1
Q

explains the properties of gas, solids, and liquids in terms of intermolecular forces of attraction and the kinetic energy of the individual particles.

A

Kinetic Molecular Theory

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2
Q

The Kinetic Molecular Theory states that:

A
  1. All matter is made of tiny particles. These particles are in constant motion.
  2. The speed of particles is proportional to temperature.
  3. Solids, liquids, and gases differ in distances between particles, freedom of motion of particles, and the extent to which the particles interact.
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3
Q

Fixed,
regardless of
size
And the shape
of the container

A

Solid

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4
Q

Fixed volume;
assumes
The shape of the
occupied part of
container.

A

Liquid

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5
Q

Assumes volume and shape of container

A

Gas

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6
Q

Almost
incompressible

A

Solid

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7
Q

Slightly
compressible but
cannot be easily
compressed.

A

Liquid

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8
Q

Easy to compress

A

Gas

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9
Q

Vibration in
place

A

Solid

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10
Q

Random,
medium speed,
limited
distances

A

Liquid

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11
Q

Random, fast, cover large distances

A

Gas

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12
Q

Liquids and
solids are in
___________states
compared to
gases

A

condensed

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13
Q

-closely packed ,
arranged in highly
organized order
-always in constant motion
-vibrating around
fixed locations
-held together by strong intermolecular forces

A

solid

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14
Q

-held together by
attractive intermolecular
forces
-With higher collision rate than gases
-close together with
little space between
molecules
-in constant motion, move/slide one past another freely so liquid can flow

A

Liquid

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15
Q

is any type of force that causes objects to come together, even if those objects are not close to or touching each other

A

force of attraction

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16
Q

are attractive forces
between atoms in a
molecule

A

INTRAMOLECULAR

17
Q

are attractive forces between molecules

A

INTERMOLECULAR

18
Q

consists of positive
ions and a sea of
electrons, which is
free to move about
among the ions.

A

Metallic Bond

19
Q

electrostatic
attraction between
two oppositely
charged ion

A

Ionic Bond

20
Q

A bond that
involves the
sharing of
electrons to form electron pairs
between atoms.

A

Covalent Bond

21
Q

covalent compounds
with uneven sharing
of electrons

A

POLAR

22
Q

covalent compounds with equal sharing of electrons

A

NON-POLAR

23
Q

The ability of an atom to attract itself to the electrons in a chemical bond.

A

Electronegativity

24
Q

occur when there is a separation of charge. A quantitative measure of the polarity of a bond.

A

Dipole moments