Academic Programs > Science & Mathematics > Department of Physical Sciences > Syllabi and Lecture/Lab Schedules > Chemistry 100 Spring/Fall schedules
Chemistry 100 Spring/Fall schedules

 

 

CHM100LC.ADM                                                     LABORATORY SCHEDULE

 

Lab Manual:     Laboratory Manual for Introductory Chemistry (CHM 100)

 

WEEK #

EXPERIMENT #

TOPIC

1

1

Check-in, Safety, Presentation of Data

2

2

Measurement of Length and Mass

3

3

Measurement of Volume

4

4

Density

5

5

The Periodic Table

6

6

Names and Formulas of Chemical Compounds

7

7

Water in Hydrates

8

8

Properties of Aqueous Solutions

9

9

Double-Replacement Reactions

10

10

Principles of Stoichiometry

11

11

Introduction to Acids, Bases and pH

12

12

Reactions of Acids and Bases.

13

13

Acid- Base Stoichiometry

14

 

Check-out, Lab Practical Test

 

 

 

Pre-lab question sheets with answers are due at the beginning of each laboratory session. Any student who fails to complete the sheet satisfactorily may not be allowed to perform the experiment.

 

THE CONTENTS OF THIS ADDENDUM CAN ONLY BE CHANGED WITH THE APPROVAL OF THE DEPARTMENT HEAD.

 

                                     CHM 100 - INTRODUCTORY CHEMISTRY

                                                                 ADDENDUM

                                                        LECTURE SCHEDULE (MWF)

 

Text: Cracolice and Peters, 2nd edition.

Section ______                                                                      MWF_____________

SESSION #

TOPICS COVERED

Chapter. Section

1

Course Introduction and Survey,  The Scientific Method

1.2 [Read 1.4-1.6]

2

Intro to Measurement, Scientific Notation, Dimensional Analysis

3.1-3.3

 

3

Metric Units, Significant Figures

3.4-3.5

4

Metrics and Measurements (Unit Conversion),

3.6-3.7

5

Density, Temperature, Practice.

3.7-3.10

6

 States and Properties of Matter

2.1-2.6

7

Conservation Laws

2.8-2.9

8

Practice

 

9

Unit I Test

 

10

Atomic Theory, Isotopes,

5.1-5.3

11

Atomic Mass, Elemental Symbols

5.4-5.7

12

Bohr Model; Electron Configuration

10.1-10.4

13

Periodic Table and Electron Configuration

10.4-10.5

14

Practice

 

15

Chemical Bonding

11.1-11.3

16

Nomenclature

6.1-6.6

17

Nomenclature

6.6-6.11

18

The Mole; Molar Mass; Percent Composition

7.1-7.7

19

Practice

 

20

Unit II Test

 

21

Chemical Equations and Balancing Chemical Equations

8.1-8.6

22

Balancing Chemical Equations

8.7-8.11

23

Stoichiometry

9.1-9.2,9.5

24

Practice

 

25

Limiting Reactants and Percent Yield

9.6-9.8

26

Review

 

27

Unit III Test

 

28

Gas Law Introduction

4.1-4.6

29

Ideal Gas Law

13.2-13.4

30

Gas Law Stoichiometry. [major concept]

13.8, [13.9, 14.5 optional].

31

Solutions, Solubility

16.1-16.4

32

Concentration, Dilutions

16.6,16.10

33

Solution Stoichiometry

 16.11

34

Practice

 

35

Net Ionic Equations

17.1-17.4,17.6-17.11

36

Acids and Bases

18.1,17.6

37

Acid/Base Reactions; Water Equilibrium

18.6;18.8

38

 pH; practice

18.9,18.10

39

Titrations, Stoichiometry review

16.12

40

Practice Problems and Review

 

41

Unit IV Test

 

42

Review for Final Exam

 

Final Exam:       

 

THE CONTENTS OF THIS ADDENDUM CAN ONLY BE CHANGED WITH THE APPROVAL OF THE DEPARTMENT HEAD, BUT THE ACTUAL TIMING OF THE SCHEDULE MAY VARY SLIGHTLY AT THE DISCRETION OF THE INSTRUCTOR

 

                                                 CHM 100 - INTRODUCTORY CHEMISTRY

                                                                 ADDENDUM

 

                                                        LECTURE SCHEDULE (MW)

Text: Cracolice and Peters, 2nd edition.

Section _______                                                                                        M W   ___________

SESSION #

TOPICS COVERED 

Chapter. Section

         1

Course Introduction and Survey. The Scientific Method, Intro to Measurement, Scientific Notation, Dimensional Analysis

1.2, 3.1-3.3

[Read 1.4-1.6]

         2

Metric Units, Significant Figures, Metrics and Measurements (Unit Conversion)

3.4-3.6

         3

Metrics and Measurements (Unit Conversion), Density, Temperature, Practice.

3.6-3.10

         4

 States and Properties of Matter

2.1-2.6

         5

Conservation Laws

2.8-2.9

         6

Unit I Test

 

         7

Atomic Theory, Isotopes, Atomic Mass, Elemental Symbols

5.1-5.7

         8

Bohr Model; Electron Configuration

10.1-10.4

         9

Periodic Table and Electron Configuration, Chemical Bonding

10.4-10.5, 11.1-11.3

       10

Nomenclature

6.1-6.6

       11

Nomenclature

6.6-6.11

       12

The Mole; Molar Mass; Percent Composition

7.1-7.7

       13

Unit II Test

 

       14

Chemical Equations and Balancing Chemical Equations

8.1-8.11

       15

Stoichiometry

9.1-9.2,9.5

       16

Practice

 

       17

Limiting Reactants and Percent Yield

9.6-9.8

       18</