CHAPTER 1 Flashcards

Matter and Its Properties

1
Q

Scientists involved in 5th Century B.C

A

Leucippus, Democritus, Roman Lucretius

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2
Q

uncuttable

A

atomos

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3
Q

adopted atomic theory in the 5th century

A

Roman Lucretius

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4
Q

discovered atoms in 5th century

A

Leucippus and Democritus

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5
Q

18th Century

A

atomic theory was revived, nature of gases

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6
Q

matter is made up of tiny invisible particles

A

Atomic theory

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7
Q

Scientists involved in 1808

A

John Dalton, Lothar Meyer and Dmitri Mendeleev

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8
Q

He published the atomic theory

A

John Dalton

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9
Q

He was one of the pioneers in developing the first periodic table of chemical elements.

A

Lothar Meyer

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10
Q

first to device periodic table according to atomic weight

A

Lothar Meyer and Dmitri Mendeleev

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11
Q

atoms chemically combine in simple ratios to form compounds

A

Law of Multiple Proportions

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12
Q

Scientist involved in 1913

A

Henry Gwyn Jeffrys Mosely

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13
Q

He found out that the nucleus is equal to positive charges, characterized and arranged atoms by increasing atomic number through the use of x-ray spectra

A

Henry Gwyn Jeffrys Mosely

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14
Q

atomic structure finally finished through the discovery of neutron

A

1932

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15
Q

2 Views on the State of Matter

A

Macroscopic and Microscopic Level

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16
Q

level at which you can directly observe through the use of your senses

A

Macroscopic Level

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17
Q

level at which it cannot be observed

A

Microscopic Level

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18
Q

particles are pulled into an organized, rigid structure of repeating structure

A

Crystal Lattice

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19
Q

Types of Matter

A

Liquid, solid and gas

20
Q

Properties of Matter

A

Physical and Chemical

21
Q

Physical Properties of Matter

A

directly observed; color, shape, mass, volume, boiling point, ductility, malleability

22
Q

Chemical Properties of Matter

A

affects chemical composition; toxicity, oxidation, heat of combustion, flammability, reactivity, chemical stability

23
Q

Types of Physical Matter

A

Intrinsic and Extrinsic

24
Q

does not depend on amount of matter like boiling point, temperature, luster, hardness

A

Intrinsic/Intensive

25
depends on amount of matter like volume mass size, weight, length
Extrinsic/Extensive
26
sample of matter where chemical and physical properties remain the same throughout the sample
Substance
27
building blocks of elements, smaller units of matter
Atoms
28
chemical substances that cannot be transformed or broken down through a chemical reaction
Elements
29
composed of the same proportion of elements
Molecules
30
composed of molecules
Compounds
31
non bonded, diverse molecules or elements
Mixture
32
composition is uniformly mixed particles of the solute are spread evenly throughout the solvent
Homogenous
33
non uniform mixture
Heterogenous
34
mixtures that do not spontaneously separate or settle as time passes, cannot be completely separated by filtering
Colloidal Mixtures
35
method of separating component of mixture through WIND
Winnowing
36
method of separating component of mixture through MAGNET
Magnetism
37
method of separating component of mixture through GRAVITY
Sedimentation
38
method of separating component of mixture, separation of liquid and liquid
Decantation
39
method of separating component of mixture through, gravity: particles move together
Flocculation
40
method of separating component of mixture through chemical components: COAGULATING AGENTS
Coagulation
41
method of separating component of mixture, filtering liquid
Filtration
42
method of separating component of mixture, separate soluble solid to liquid
Evaporation
43
method of separating component of mixture through HEAT
Distillation
44
Types of Distillation
a. simple distillation b. steam c. fractional d. vacuum
45
Types of Chromatography
a. adsorption b. partition c. ion exchange