1
Q
H
A
Hydrogen
2
Q
Li
A
Lithium
3
Q
Na
A
Sodium
4
Q
K
A
potassium
5
Q
Rb
A
rubidium
6
Q
Cs
A
cesium
7
Q
Fr
A
francium
8
Q
Be
A
beryllium
9
Q
Mg
A
Magnesium
10
Q
Ca
A
calcium
11
Q
Sr
A
strontium
12
Q
Ba
A
barium
13
Q
Ra
A
radium
14
Q
Ti
A
Titanium
15
Q
Cr
A
Chromium
16
Q
W
A
Tungsten
17
Q
Mn
A
manganese
18
Q
Fe
A
Iron
19
Q
Co
A
cobalt
20
Q
Ni
A
nickel
21
Q
Pd
A
palladium
22
Q
Pt
A
platinum
23
Q
Cu
A
copper
24
Q
Ag
A
silver
25
Au
gold
26
Zn
zinc
27
Cd
cadmium
28
Hg
mercury
29
B
boron
30
Al
Aluminum
31
C
carbon
32
Si
silicon
33
Sn
tin
34
Pb
lead
35
N
nitrogen
36
P
phosphorus
37
O
oxygen
38
S
sulfur
39
F
fluorine
40
Cl
chlorine
41
Br
bromine
42
I
iodine
43
He
helium
44
Ne
neon
45
Ar
argon
46
Kr
krypton
47
Xe
xenon
48
Rn
radon
49
U
uranium
50
Pu
plutonium
51
Am
americium
52
very similar physical properties
metals
53
all solids at room temp
metals
54
all metals are solids at room temp except
mercury
55
all are considered conductors of heat and electricity
metals
56
most are shiny and silver in color
metals
57
all metals are shiny and silver in color except
copper and gold
58
malleable and ductile
metals
59
properties lie somewhere between metals and nonmetals
metalloids
60
Si-semiconductor
metalloids
61
wide range of physical properties
nonmetals
62
solids, liquids, and gases at room temp
nonmetals
63
most are not conductors of electricity
nonmetals
64
most nonmetals are not conductors of electricity except
graphite
65
wide range of colors; some are colorless
nonmetals
66
solids are not malleable or ductile
nonmetals
67
different forms of the same element
allotropes
68
for example, carbon has several allotropes. what are some examples
diamonds and graphite
69
group 1
Alkali metals
70
group 2
alkaline earth metals
71
group 7
halogens
72
group 8
noble gases
73
boiling point of water in F
212
74
freezing point of water in F
32
75
boiling point of water in C
100
76
freezing point of water in C
0
77
boilling point of water in K
373.15
78
freezing point of water in K
273.15
79
if you are finding kelvin what do you use
1k (given + 273.15C)=
| 1c
80
if you are finding celsius what do you use
1c (given - 273.15k)
| 1k
81
tera
T (10^12)
82
giga
G (10^9)
83
mega
M (10^6)
84
kilo
k (10^3)
85
deci
d (10^-1)
86
centi
c (10^-2)
87
milli
m (10^-3)
88
micro
|u (10^-6)
89
nano
n (10^-9)
90
pico
p (10^-12)
91
1 cm3=
1mL
92
1000g=
1 kg
93
1000mg=
1g
94
100cm=
1m
95
1000mm=
1m
96
10mm
1cm
97
1000mL=
1L
98
measure of the kinetic energy of molecular motion
temp
99
k=c+273.15 is the equation for solving for what
kelvin
100
c=k-273.15 is the equation for solving what
celcius
101
science concerned with the study of matter and the transformation it undergoes
chemistry
102
property that can be observed without changing the composition of the substance involved
physical property
103
cannot be seen through
opaque
104
can be pounded into a thin sheet
malleable
105
can be drawn into a wire
ductile
106
has own form and will not take the shape of a container
definite shape
107
doesn't have its own form and will take the shape of a container
indefinite shape
108
cannot be compressed
definite volume
109
can be compressed
indefinite volume
110
why is gas compressible
extra space, easier to compress, doesn't have own shape
111
the process by when the component of a mixture can be separated by using differences in physical properties
purification
112
pure substance composted of only one type of atom
element
113
pure substance composed of two or more different atoms that have chemically combined
compound
114
are the properties of a compound the same as the properties of the elements that it is composed of?
no
115
for defined quantities, how many sig figs do they have
infinite
116
keep track of where the uncertainty is in our calculations
sig figs
117
how close a measurement is to the actual true value
accuracy
118
how close several measurements are to one another
precision
119
all matter is made of atoms
all atoms of a given element are identical both in mass and properties
compounds are formed by the combination of two or more different kinds of atoms
chemical reactions involve the combination, separation, or rearrangement of atoms
daltons atomic theory (1803)
120
matter is neither created nor destroyed during a chemical reaction
law of conservation of matter
121
ratio of masses of the elements in pure samples of a given compound do not vary with the origin of the sample
law of constant composition
122
elements may combine in more than one set of proportions with each set representing a different compound
law of multiple proportions
123
the nucleus is made up of what
protons and neutrons
124
of protons =
of electrons
125
the number of protons present in an atom
atomic number
126
atoms with the same number of protons but different number of neutrons are called
isotopes
127
how to find mass number
protons + neutrons
128
57-70
lanthanide
129
89-102
actinides
130
21-109
transition metals
Chemistry 101
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