Yourname Here
__/__/__ Per. __
Title of Lab
Objective: Type in your objective here. Use the wording provided on the rough draft. Type in
your objective here. Use the wording provided on the rough draft.
Precautions: Type in your list of precautions here. Type in your list of precautions here. Type in
your list of precautions here. Type in your list of precautions here. Type in your list of
precautions here. Do not use a bulleted or numbered list for the precautions.
Materials: Type in your list of materials and equipment here, separated by commas (do not
include safety items in the material list). Do not use a bulleted or numbered list for the
materials.
A FEW NOTES ABOUT USING THIS TEMPLATE:
Procedure:
1.AsAssemble
you type inthe
yourmaterials
information,
may cause
the
formatting
of
as it
shown
in the
diagram
to the
this page to change by pushing, for instance, part of the data
2.table
Type
here.
to in
thestep
next2page.
right.
If thisinhappens,
please ensure that the data table is intact
3.  Type
step 3 here.
by hitting enter until it’s all on one page together.
4. Type in step 4 here.
 The picture of the setup can be moved up or down as well as
5. Type
in step
5 here.
necessary
to keep
it next to step 1 of your procedure. Your
text
will
adjust
around
6. Type in step 6 here. it.
 Any time you see #####, that means you have to type in numbers.
7. Type in step 7 here.
 Box your answers to the calculations, using a box shape (if you
8.know
Type
intostep
8 here.
how
do that),
or simply box them up after you print.
9.Please
care 9tohere.
line up decimal points in cases where you
Typetake
in step
have numbers being added, such as in a molar mass calculation.
10. Type in step 10 here.
 The pie charts below cannot be colored in on the computer.
11.
Type
in the
steptemplate
11 here.
ascolored
necessary.
Just
print
out,Add/delete
then color itsteps
in with
pencils.
Be sure to color-code it with the KEY box.
Data Table:
 Remove this text box by clicking on the border, then
mass of black powder given (g)
hitting “delete.”
mass of test tube and black powder BEFORE heating (g)
#### g
mass of test tube and new color powder AFTER heating (g)
#### g
description of powder in test tube AFTER heating
2.0 g
type color here
mass of oxygen “lost” (g)
#### g
mass of copper remaining (g)
#### g
% oxygen
#### % O
% copper
#### % Cu
empirical formula
type formula here
name of empirical formula
copper (?) oxide
Calculations: ideal data:
copper (I) oxide = type formula here
copper (II) oxide = type formula here
Cu = # (63.55) = #####
O = # (16.00) = #####
##### g/mol
Cu = # (63.55) = #####
O = # (16.00) = #####
##### g/mol
Cu = ###### = ##### % Cu
######
Cu = ###### = ##### % Cu
######
O = ###### = ##### % O
######
O = ###### = ##### % O
######
Calculations: experimental data:
Experimental Percent Composition:
Experimental Empirical Formula:
### g Cu = ##### % Cu 
2.0 g total
##### g Cu
1 mol Cu = ###### mol Cu = # mol Cu
63.55 g Cu ######

##### g O
### g O = ##### % O
2.0 g total
1 mol O
16.00 g O
= ###### mol O = # mol O
######
Difference between the Experimental Percent Composition and the Ideal Percent Compositions:
#####% Cu in copper (I) oxide
– #####% Cu experimentally
#####% difference
#####% Cu in copper (II) oxide
– #####% Cu experimentally
#####% difference
Graphs:
KEY
 = Cu
=O
Ideal copper (I) oxide
Experimental copper (?) oxide
Ideal copper (II) oxide
Conclusion: The compound that was decomposed in the test tube was type the formula,
copper (?) oxide, because the percentages calculated from the actual data more closely
match the ideal percentages of type the formula (a difference of ##### %) than they do the
ideal percentages of type the OTHER formula (a difference of ##### %).
Questions:
1. Type in your answer to question #1 here (use full sentences—incorporate the question into
your answer).
2. Type in your answer to question #2 here (use full sentences—incorporate the question into
your answer).
3. Continue typing in full sentence answers to ALL questions.