August 2010
Sunday
1
8
Monday
Tuesday
Wednesday
Thursday
Friday
Notes on the proposed schedule:
1. The number of lab sessions for each day are M(15), T(16), W(15), R(14), and F(14). There are two University study
days built in on December 8 and 9 (W and R) on which I assume we cannot have lab or finals. Friday the 10th is probably
a similar story.
2. I would have liked to have had 14 lab days and a final, but that wasn’t feasible for all labs without having a period in the
semester in which during which we were going back and forth with lab setups. Thus each lab has 13 lab weeks and a final
exam scheduled during the finals week in its final exam time slot.
3. During the period of September 13 through October 11 there will have to be a switchover of experiment after the
Monday night lab before the Tuesday morning 7:30 am lab. We did this in the spring and it worked quite well. Becky
had the upcoming experiment laid out well and the setups I did on Monday night did not take long. Either the Monday
night instructor will have to switch over or the Tuesday morning instructor will need to get in a little early to set up.
Saturday
7
14
Any of this can be changed however you want – just thought I would throw out a starting point.
Gary
15
16
17
18 No labs
19 No labs
20 No labs
21
22
23 Lab 1 – Laboratory
Safety and Check-in
24 Lab 1 – Laboratory
Safety and Check-in
25 Lab 1 – Laboratory
Safety and Check-in
26 Lab 1 – Laboratory
Safety and Check-in
27 Lab 1 – Laboratory
Safety and Check-in
28
29
30 Lab 2 –
Measurements,
Accuracy, and
Precision
31 Lab 2 –
Measurements,
Accuracy, and
Precision
September 2010
Sunday
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
1 Lab 2 –
Measurements,
Accuracy, and Precision
2 Lab 2 –
Measurements,
Accuracy, and
Precision
3 Lab 2 –
Measurements,
Accuracy, and
Precision
4
5
6 Labor Day – No
Labs
7
Lab 3 – Using Physical
Properties to
Determine the Identity
of an Unknown
8
Lab 3 – Using Physical
Properties to
Determine the Identity
of an Unknown
9
Lab 3 – Using Physical
Properties to
Determine the Identity
of an Unknown
10
Lab 3 – Using Physical
Properties to
Determine the Identity
of an Unknown
11
12
13
Lab 3 – Using Physical
Properties to
Determine the Identity
of an Unknown
14
Lab 4 – Sugar in Soft
Drinks and Fruit Juices
15
Lab 4 – Sugar in Soft
Drinks and Fruit Juices
16
Lab 4 – Sugar in Soft
Drinks and Fruit Juices
17
Lab 4 – Sugar in Soft
Drinks and Fruit Juices
18
19
20
Lab 4 – Sugar in Soft
Drinks and Fruit Juices
21
Lab 5 – Separation of a
Mixture
22
Lab 5 – Separation of a
Mixture
23
Lab 5 – Separation of a
Mixture
24
Lab 5 – Separation of a
Mixture
25
26
27
Lab 5 – Separation of a
Mixture
28
Lab 6 – Determination
of an Empirical
Chemical Formula
29
Lab 6 – Determination
of an Empirical
Chemical Formula
30
Lab 6 – Determination
of an Empirical
Chemical Formula
October 2010
Sunday
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
1
Lab 6 – Determination
of an Empirical
Chemical Formula
2
3
4
Lab 6 – Determination
of an Empirical
Chemical Formula
5
Lab 7 – Preparation of
an Alum
6
Lab 7 – Preparation of
an Alum
7
Lab 7 – Preparation of
an Alum
8
Lab 7 – Preparation of
an Alum
9
10
11
Lab 7 – Preparation of
an Alum
12
Lab 8 – Metathesis
Reactions
13
Lab 8 – Metathesis
Reactions
14
Lab 8 – Metathesis
Reactions
15
Lab 8 – Metathesis
Reactions
16
17
18
Lab 8 – Metathesis
Reactions
19
No lab
20
No lab
21
No lab – Fall Break
22
No lab – Fall Break
23
24
25
Lab 9 – Molar
Stoichiometry in a
Chemical Reaction
26
Lab 9 – Molar
Stoichiometry in a
Chemical Reaction
27
Lab 9 – Molar
Stoichiometry in a
Chemical Reaction
28
Lab 9 – Molar
Stoichiometry in a
Chemical Reaction
29
Lab 9 – Molar
Stoichiometry in a
Chemical Reaction
30
31
November 2010
Sunday
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
1
Lab 10 –
Determination of
Acetic Acid in Vinegar
2
Lab 10 –
Determination of
Acetic Acid in Vinegar
3
Lab 10 –
Determination of
Acetic Acid in Vinegar
4
Lab 10 –
Determination of
Acetic Acid in Vinegar
5
Lab 10 –
Determination of
Acetic Acid in Vinegar
6
7
8
Lab 12 – Comparison
of the Energy Content
of Fuels by Combustion
9
Lab 12 – Comparison
of the Energy Content
of Fuels by Combustion
10
Lab 12 – Comparison
of the Energy Content
of Fuels by Combustion
11
Lab 12 – Comparison
of the Energy Content
of Fuels by Combustion
12
Lab 12 – Comparison
of the Energy Content
of Fuels by Combustion
13
14
15
Lab 14 – Molecular
Modeling
16
Lab 14 – Molecular
Modeling
17
Lab 14 – Molecular
Modeling
18
Lab 14 – Molecular
Modeling
19
Lab 14 – Molecular
Modeling
20
21
22
No Lab
23
No lab
24
No lab – Thanksgiving
Break
25
No lab – Thanksgiving
Break
26
No lab – Thanksgiving
Break
27
28
29
Lab 15 – Molar Mass of
a Volatile Liquid by the
Dumas Method
30
Lab 15 – Molar Mass of
a Volatile Liquid by the
Dumas Method
December 2010
Sunday
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
1
Lab 15 – Molar Mass of
a Volatile Liquid by the
Dumas Method
2
Lab 15 – Molar Mass of
a Volatile Liquid by the
Dumas Method
3
Lab 15 – Molar Mass of
a Volatile Liquid by the
Dumas Method
4
5
6
No Lab
7
No Lab
8
University Study Day –
No Lab
9
University Study Day –
No Lab
10
No Lab
11
12
13
Do lab finals during
finals week to be
consistent
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31