Conversions
Density
Units
Dimensional Analysis
Misc
100
3 Kg to g
3000 g
100

Mass = 6.3 g

Volume = .5mL

12.6 g/mL

100

Units for mass

Grams

100

In order for units to cancel out, they must appear where?

in both the numerator and the denominator 

100

What is the formula for the slope of a line?

Y- Y1 / X2 - X1

200

5.83 x 106 to standard notation

5830000

200

Rank the following in order they would layer themselves in a density column (Bottom to top):

Liquid 1: 0.88 g/mL          Liquid 2: 1.30 g/mL

Liquid 3: 0.90 g/mL          Liquid 4: 1.22 g/mL

2, 4, 3, 1

200

Units for Volume

L
200

Convert 5 days to seconds (Must show work for points)

1 day = 24 hrs

1 hr = 60 min

1 min = 60 sec

432000 seconds

200

What button is pushed in order to zero out a balance?

Tare button (T)

300

.000035 to Scientific Notation

3.5 x 10-5

300

Density = 8.33 g/mL

Volume = 73 mL

Mass = ?

608.1 g

300

Units for Distance

m

300

Convert 3 Mi to meters (All work must be shown)

1 mi = 5280 ft

1 Ft = 12 in

1 in = 2.54 cm

100 cm = 1 m

4828 m

300

Of the three pieces of glassware, which is more accurate for measuring liquids?

a. Graduated Cylinder

b. Beaker

c. Erlenmeyer Flask 

A. Graduated Cylinder
400

0.05 L to mL

50 mL

400

Final Volume = 85. 3

Initial Volume = 85.0

Mass = 2.8 g

9.33 g/mL

400

Unit of Volume commonly used for solid objects

cm3

400

1 Ton of copper to mL of copper

1 Ton = 2000lbs 

1 lb = 453.6 g

8.99 g = 1 mL

100912 mL

400

When graphing two variables (independent and dependent) which variable goes on the x-axis and the y-axis?

x-axis: independent

y-axis:dependent

500

33 KL to cm3 

33000000 cm3

500

Density = 2.89 g/cm3

Mass = .05 Kg

Volume =?

17.3 cm3

500

Unit for Density (Both units needed)

g/mL or g/cm3

500

6 mi/hr to in/sec

1 mi = 5280 ft          1 hr = 60 min

1 Ft = 12 in              1 min = 60 sec

105.6 in/sec

500

When graphing a plot of data for mass vs. volume, what information can be gleaned from the slope of the line of best fit? 

Mass = dependent variable

Volume = independent variable

The slope = density of the object