Intro Materials
Significant Figures
Scientific Notation
Metric Conversions
Dimensional Analysis
100

The "R" in CER stands for:

What is the Reasoning.

100

The number of Significant Figures:

4005

What is 4.

100

Convert this number to Standard Notation:

1.28 × 106

What is 1280000

100

Convert 100cm to m

What is 1m

100

Convert 25 in to cm

What is 63.5 cm

200

The second step in the Scientific Method

What is Conducting Research

200

The number of Significant Figures:

0.000080

What is 2.

200

Convert this number to Scientific Notation:

489500

What is 4.895 x 105

200

Convert 32.4 mm to cm

What is 3.24 cm

200

Convert 100 mi to km

What is 161 km.

300

This variable is the data that we collect.

What is Dependent Variable

300

Solve the following equation, rounding to the rule of Significant Figures:

4.9 + 2.684

What is 7.6

300

Convert this number to Standard Notation:

6.2 × 108

What is 620000000

300

Convert 500013g to kg

What is 500.013 kg

300

Convert 50.0 kg to lbs

What is 110 kg

400

The measurement of the provided Graduated Cylinder image.

What is 6.6 mL

400

Solve the following equation, rounding to the rule of Significant Figures:

6.432 - 3.35

What is 3.08.

400

Convert this number to Scientific Notation:

0.0000251

What is 2.51 x 10-5

400

Convert 6.54cL to DaL

What is 0.00654 DaL

400

Convert 14 years into minutes

What is 7358400 minutes

500

The measurement of the provided Triple Beam Balance image.

What is 120.9 g

500

Solve the following equation, rounding to the rule of Significant Figures:

2 x 5.16

What is 10

500

Convert this number to Standard Notation:

1.37 × 10-9

What is 0.00000000137

500

Convert 9987.45 mm to Mm

What is 0.000998745 Mm

500

In the Tour de France, cyclists ride 3,653.6km over 20 days. How many miles do you go?

What is 2269.32 miles

M
e
n
u