# data[].attributes.body
Step 1:
Find Density of the liquid (see below)
Step 2:
Every 30 seconds record the temp
ex-
0----------25.4 degrees celsius
0.5-------30.1 degrees celsius
1----------35.3 degrees celsius
1.5-------43.1 degrees celsius
2----------50.2 degrees celsius
Step 3:
Once the temp is consisted record 3 minutes after that (6 more times)
ex.
5.5-------92.8 degrees celsius
~~~~~~~~~~~~~~~~~~~~~~~ (the 6 afterwards)
6----------100.1 degrees celsius
6.5-------100.9 degrees celsius
7----------101.0 degrees celsius
7.5-------101.3 degrees celsius
8----------100.7 degrees celsius
8.5-------100.4 degrees celsius

WHAT YOU NEED FOR STEPS 2 + 3

# data[].attributes.body
Formulas
D=M/V
Steps/Example
Mass of graduated cylinder= 25 g
Mass of GC + Liquid= 50 g
Mass of liquid= 25 g
vol of GC= 35 ml
D= 25g/35ml
D= .714 g/ ml

WHAT YOU NEED

# data[].attributes.headline
DENSITY IRREGULAR METAL PROCEDURES/ FORMULA

# data[].attributes.subject
DENSITY IRREGULAR METAL PROCEDURES/ FORMULA

# data[].attributes.body
Formulas
D=M/V
Steps/Example
1) vol of water= 30 ml
2) vol of water + metal= 40 ml
3) vol of metal= 10 ml
4) Mass= 30 g
5) 30 g/ 10 ml
6) 3 g/ ml

WHAT YOU NEED

# data[].attributes.headline
DENSITY REGULAR METAL PROCEDURES/ FORMULA

# data[].attributes.subject
DENSITY REGULAR METAL PROCEDURES/ FORMULA

# data[].attributes.body
Formulas
V=LxWxH
D=M/V
Steps/Example
1) L= 2 cm
2) W= 2 cm
3) H= 2 cm
4) V= 6 cm3
5) Mass= 5 g
6) D= 5 g/ 6 cm3
7) D= 0.83 g/cm3

WHAT YOU NEED