Lesson 1.2 Flashcards

1
Q

are properties that are common to all forms of matter

A

mass and volume

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2
Q

characteristics of matter that are present in all kinds of matter

A

general

properties of matter

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3
Q

a property is observable only in a particular kind of matter

A

specific property of matte

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4
Q

fundamental properties that are used to

describe matter are

A

mass, volume, weight, density, and specific gravity.

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5
Q

refers to the amount of matter in an object

A

Mass

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6
Q

Mass is usually expressed in

A

grams (g) or kilograms (kg).

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7
Q

the measure of force that acts on an object

s expressed as the amount of
matter (mass) multiplied by the gravitational force that acts on it

A

weight

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8
Q

Since weight is a force, it is expressed in

A

newtons (N)

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9
Q

amount of space occupied by matter

A

volume

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10
Q

Volumes of liquids are often expressed

in

A

milliliters (mL) or liters (L)

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11
Q

Volumes of

solids are often expressed in

A

cubic centimeters (cm3) or cubic meters (m3).

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12
Q

a physical property that expresses the ratio between
mass and volume

also tells how compact an object is

A

Density

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13
Q

density is a ratio between mass and volume, it is often expressed in

A

kilograms per cubic meter (kg/m3
) or grams per cubic centimeter (g/cm3
).

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14
Q

the ratio of a substance’s

density to a standard substance

A

Specific gravity

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15
Q

also knowm as specific gravity

A

relative density

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16
Q

Since specific gravity is a ratio
between two densities, it is a dimensionless
quantity wherein no physical dimension is
assigned.

A
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17
Q

Qualities that are readily observable or measurable without changing the matter’s
composition

A

physical properties

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18
Q

General properties such as mass, volume,

weight, density, and specific gravity are all examples of physical properties.

A
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19
Q

As solids absorb heat
energy, its temperature increases, causing its particles to move faster and dissociate from
one another. This dissociation leads to a phase change known as

A

melting

20
Q

the temperature

at which a solid matter changes to liquid is known as

A

melting point

21
Q

The temperature at which a

liquid turns into a solid matter

A

freezing point

22
Q

or the change from a liquid state to a gaseous state

vapor

A

vaporization

23
Q

the

temperature at which liquid vaporizes

A

boiling point

24
Q

Materials that mix well form a homogeneous phase wherein the substance in a lesser
amount (solute) dissolves in another substance of greater amount (solvent)

A
25
Q

The ability of a

solute to dissolve in a given solvent

A

solubility

26
Q

A material is said to

be _ _ if it dissolves easily in a solvent.

A

highly soluble

27
Q

For the case of fluids like liquids and

gases, substances are said to be _ if they mix well together.

A

miscible

28
Q

Some substances that

do not completely mix are said to be

A

partially soluble or partially miscible

29
Q

a material that does not dissolve at all in a given solvent

A

insoluble or

immiscible

30
Q

are qualities that are observed specifically in metals

A

Metallic properties

31
Q

The ability of a material to allow heat or electric charges to pass through easily is known as

A

conductivity

32
Q

Metal can be flattened into thin sheets

due to its

A

malleability

33
Q

metal can be easily drawn

into wires due to its

A

ductility

34
Q

The characteristics that can only be seen when the chemical identity of a material is altered
are known as

A

chemical properties

35
Q

The capacity of a material to decompose through the actions of microorganisms is known as

A

biodegradability.

36
Q

a chemical reaction between a substance (fuel) and oxygen which results in
the generation of heat and light in the form of flame

A

combustion

37
Q

refers to the ability of a material to combust or burn

A

Combustibility

38
Q

the ability of a

combustible material to catch flame easily

A

flammability

39
Q

tendency of a substance to undergo a chemical reaction

A

reactivity

40
Q

elements that are known to have no to little reactivity

A

noble gases.

41
Q

Physical properties of matter may be further classified as intensive or extensive

A
42
Q

are physical properties that do not depend on the amount of matter

A

Intensive properties

43
Q

intensive properties are density, boiling point, melting point, and freezing point.

A
44
Q

are physical properties that depend on the amount of matter. These
characteristics change when the amount of matter is decreased or increased.

A

Extensive properties

45
Q

Mass and

volume are extensive properties of matter.

A