Chem 110, Physics 21 & Math 13

Front 1

pure substance

Back 1

all atoms or molecules are the same

Front 2

mixture

Back 2

2 or more substances together in a variable ratio (can be separated)

Front 3

Density

Back 3

Mass/Volume

Front 4

Mass

Back 4

Density(Volume)

Front 5

Volume

Back 5

Density(Mass)

Front 6

Temp measures...

Back 6

average KE of molecules

Front 7

Heat is sum of...

Back 7

KE of molecules (increase mass = increase heat)

Front 8

1 meter = X inches

Back 8

39.37"

Front 9

1 in. = X cm

Back 9

2.54 cm

Front 10

1 kg = X pounds

Back 10

2.2046226 lb

Front 11

1 lb. = X grams

Back 11

453.59237 g

Front 12

1 gal = X Liter

Back 12

3.785412 L

Front 13

1 N = x (kg)(m)(s^-2)

Back 13

1 (kg)(m)(s^-2)

Front 14

1 gal = x Quarts

Back 14

4 quarts

Front 15

4 Quarts = x gal

Back 15

1 gal

Front 16

1 Quarts = x cups

Back 16

4 cups

Front 17

1 pints = x cups

Back 17

2 cups

Front 18

1 Liter = x ounces

Back 18

33.81402 ounces

Front 19

Row 1A
1
H
1.008

Back 19

Hydrogen

Front 20

Row 1A
3
Li
6.941

Back 20

Lithium

Front 21

Row 1A
11
Na
22.99

Back 21

Sodium

Front 22

Row 1A
19
K
39.10

Back 22

Potasium, kalium

Front 23

Row 2A
4
Be
9.012

Back 23

Beryllium

Front 24

Row 2A
12
Mg
24.31

Back 24

Magnesium

Front 25

Row 2A
20
Ca
40.08

Back 25

Calcium

Front 26

Row 2A
56
Ba
137.33

Back 26

Barium

Front 27

transitional metals (Row Valley)
26
Fe
55.85

Back 27

Iron, ferrum

Front 28

transitional metals (Row Valley)
29
Cu
63.55

Back 28

Copper

Front 29

transitional metals (Row Valley)
47
Ag
107.87

Back 29

Silver, argentum

Front 30

Transition metals (valley)
79
Au
196.97

Back 30

Gold, Aurum

Front 31

Transition metals (valley)
30
Zn
65.38

Back 31

Zink

Front 32

Transition metals (valley)
50
Sn
118.71

Back 32

Tin, stannum

Front 33

Transition metals (valley)
82
Pb
207.19

Back 33

Lead, plumbum

Front 34

Halogens 7A
35
Br
79.9

Back 34

Bromine

Front 35

8A (Nobel Gases)
36
Kr
83.80

Back 35

Krypton

Front 36

3A
5
B
10.81

Back 36

Boron

Front 37

3A
13
Al
26.98

Back 37

Aluminium

Front 38

4A
6
C
12.01

Back 38

Carbon

Front 39

4A
14
Si
28.09

Back 39

Silicon, silicium

Front 40

5A
7
N
14.01

Back 40

Nitrogen

Front 41

5A
15
P
30.97

Back 41

Phosphorus

Front 42

6A
8
O
16.00

Back 42

Oxygen

Front 43

6A
16
S
32.07

Back 43

Sulfur

Front 44

7A Halogens
9
F
19.00

Back 44

Flourine

Front 45

7A Halogens
17
Cl
35.45

Back 45

Chlorine

Front 46

8A (Nobel Gases)
2
He
4.003

Back 46

Helium

Front 47

8A (Nobel Gases)
10
Ne
20.18

Back 47

Neon

Front 48

8A (Nobel Gases)
18
Ar
39.95

Back 48

Argon

Front 49

Element

Back 49

All lide atoms, cannot be broken down by normal physical or chemical means.

Front 50

Isotopes

Back 50

Same # of protons, differing # of neutrons

Front 51

NH4^+

Back 51

ammonium

Front 52

HCO3^-

Back 52

hydrogen carbonate (bicarbonate is a widely used common name)

Front 53

CO3^2-

Back 53

carbonate

Front 54

OH^-

Back 54

hydroxide

Front 55

NO3^-

Back 55

nitrate

Front 56

NO2^-

Back 56

nitrite

Front 57

PO4^3-

Back 57

phosphate

Front 58

SO4^2-

Back 58

sulfate

Front 59

SO3^2-

Back 59

sulfite

Front 60

Definition of a Limit

Back 60

if all values of f(x) are close to L for values of x that are sufficiently close, but not equal, to a. The limit L must be a unique real number.

Front 61

Newton's Second Law

Back 61

Second law: The acceleration a of a body is parallel and directly proportional to the net force F and inversely proportional to the mass m, i.e., F = ma.

Front 62

Newton's First Law

Back 62

The velocity of a body remains constant unless the body is acted upon by an external force.

Front 63

Newton's Third Law

Back 63

The mutual forces of action and reaction between two bodies are equal, opposite and collinear.

Front 64

Pythagorean theorem

Back 64

a^2 + b^2 = c^2 (only works with right triangles)

Front 65

Rule One for conversions

Back 65

Always Multiply by one!

Front 66

Limit Theorem

Back 66

As x approaches a, the limit of f(x) is L if the limit from the left exists and the limit from the right exists and both limits are L.