# data[].attributes.body
36.1% the student needs to make sure all the water is out

# data[].attributes.body
47.2% water

# data[].attributes.body
the element is xenon

# data[].attributes.body
mass= 11.69g copper
moles=0.184
atoms=1.105x10^23

# data[].attributes.body
36.1% water

the student had to make sure all of the water is out

# data[].attributes.body
36.1 %water

# data[].attributes.body
%H2O=36.1%

The student would continue to heat to make sure the water is out of the hydrate.

# data[].attributes.body
Borax - 47.2% water

# data[].attributes.body
%H2O=180/381.2 * 100 =47.2%

%H2O=47.2%

# data[].attributes.headline
Part 6= 36.1% H2O. To make sure all of the water was removed

# data[].attributes.subject
Part 6= 36.1% H2O. To make sure all of the water was removed

# data[].attributes.body
0.262g :)

# data[].attributes.headline
Part 5                                                                                               Question 2:    

# data[].attributes.subject
Part 5                                                                                               Question 2:    

# data[].attributes.body
36% water

The student continued to heat until the mass stopped decreasing because he needed to make sure all of the water is removed.

# data[].attributes.body
Helium is more than Hydrogen

# data[].attributes.body
36.12% H2O
the student had to continue to get all the water out of the hydrate

# data[].attributes.body
helium is more dense

# data[].attributes.body
45.5% H2O

# data[].attributes.headline
Part 5:                                                                            Question 1: 

# data[].attributes.subject
Part 5:                                                                            Question 1: 

# data[].attributes.body
47.1% water

# data[].attributes.body
grams - 487.62g
atoms - 7.06 x10^22
mole - 0.11 mol

# data[].attributes.body
Helium has a greater density than hydrogen

Helium=0.000164
Hydrogen=0.000082

# data[].attributes.body
the element is xenon

# data[].attributes.body
131.29g =Xe (Xenon gas)

# data[].attributes.body
Hydrogen has a smaller density than Helium.

# data[].attributes.body
5.861*22.4=131.294

131.294=Xe(Xenon)

# data[].attributes.body
M=131.3 Xenon

# data[].attributes.body
Copper :
.18 moles
12.51 grams
1.18 x 10^23 atoms

# data[].attributes.body
131.3g xenon gas

# data[].attributes.body
Grams: 18.88%
Moles: 6.35 X 10^22

# data[].attributes.body
grams= 7.5g

Moles= 0.1 mole

atoms= 6.9x10^22

# data[].attributes.body
0.114 mol Zn

# data[].attributes.body
Mass of sample: 7.44 grams
Mol: 0.113 mol
atoms: 6x10 to the 22nd power

# data[].attributes.body
Conversion factor map/chart

# data[].attributes.body
Copper -> .18 mol, 1.08 x 10^23 atoms