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Background: This lab is all about finding the density of a candy bar, and determining whether or not the candy bar will float or end up sinking in a glass of water. In order to investigate the principles of mass, you have to find the volume and density for four different types of candy bars. My question is, which candy bar will have the least amount of density?
Hypothesis: If a Twix has cookie inside, then it will have the least amount of density.
Materials:
4 candy bars( Snickers, Twix, 3 Musketeers, Milky way)
Balance
Ruler
Procedures: First, you try to find the volume measure by using L x W x H. You then measure the width using a ruler. Finally, find the mass of the candy bar by weighing it on the scale and find its density by using D=M/V.

Results:
Candy bar
Length
Width
Height
Volume
Snickers
4 cm
2 cm
1.5 cm
12 cm
Milky Way
2 cm
2.1 cm
1.2 cm
5.4 cm
Twix
4.5 cm
2 cm
1.5 cm
13.5 cm
3 Musketeers
2 cm
2 cm
1.1 cm
4.4 cm

Candy bar
Mass w/ wrapper
Mass of wrapper
Mass of bar
Snickers
17.78
.37
17.41
Milky Way
10.25
.24
8.15
Twix
6.51
.19
10.01
3 Musketeers
.34
.19
6.32

Candy bar
Density
Prediction
Actual
Snickers
1.5 g/cm
Sink
Sink
Milky Way
2 g/cm
Float
Sink
Twix
.74 g/cm
Sink
Sink
3 Musketeers
6.51
Float
Float
Analysis: Out of all the all the candy bars, Snickers were more denser because it has caramel inside it making the mass a little bigger, so when comparing it to the other bars the Snickers weighs 17.41 and 3 Musketeers weighs 6.32. Density is related to whether it sinks or floats because if it is light the candy will float but, if it has a high amount of density then it will sink. The way I would predict if it could float on water, would be trying to get an estimated weight by placing it on the of my hand. My prediction was wrong because I just looked at the size of the candy bar, guessing that just because it was small It would float. Sincerely it didn’t work for all