Metric Conversions
Scientific Notation
Experimental Set Up
Sig Figs
Math!
100

List the metric conversions for length. Example: 1 cm = _______ mm, 1m = ________ cm, etc.

METRIC: 1 cm = 10 mm; 1 m = 100 cm; 1 km = 1,000 m

100

Convert to standard notation: 

4.7*10^4

47,0000

100

What variable goes on the x-axis?

independent variable

100

How many sig figs are in 86?

2

100

4.14 + 2.322=

6.46

200

2.75 km = how many meters?

2,750 meters

200

Convert to standard notation: 

8.923*10^2

892.3

200

What variable is measured in the experiment?

Dependant Variable

200

How many sig figs in 0.00009040

4

200

7.3-2.1111

5.2

300

500,000 m equals how many km?

500 km

300

Convert to scientific notation: 8,000,000

8*10^6

300

Give an example of 3 constants used in our bean bag lab.

answers vary

300

6.30 x103

3

300

0.00029/ 0.0001234=

2.4

400

5.8km = _______ m?

5,800 m

400

Convert to scientific notation: 734,239 

7.34239*10^5

400

Explain what the control group is?

This is the part of the experiment that remains unchanged and we compare against.

400

How many sig figs are in 404,000?

3

400

9.00 x 4.235= 

38.1

500

960,000 mL to dekaliters?

96 DL
500

Convert 560 to scientific Notation with 3 sig figs

5.60 x102

500

Identify the independent, dependent, control, and 3 constants in the following scenario:

A student wants to see if changing shirt colors impacts how many times he is ran into in the hallway.

Independent: shirt color

Dependent: times ran into

control: normal attire

constants: same time of day, same school, same pants, same backpack and more

500

How many sig figs are in 0.5904?

4

500

4.1 x 102 x 2.103 x105= in scientific notation

8.6 x 107

M
e
n
u