Ateneo de Manila University
Loyola School of Science and Engineering
Department of Chemistry
Ch 7 - GENERAL CHEMISTRY 1 (Lecture, 3 units)
SYLLABUS – Sem 2 SY 2013-2014
COURSE DESCRIPTION: The lecture class covers the fundamentals of first-year college chemistry. Topics
include atomic theory, the periodic table, naming compounds, stoichiometry, aqueous-solution chemistry, gas
laws, thermochemistry, electronic structure and chemical bonding, molecular geometry, intermolecular forces,
properties of solutions, chemical kinetics, chemical equilibrium, and acid-bases chemistry. Other topics such
as thermodynamics, electrochemistry, environmental chemistry, coordination compounds, qualitative
analysis, and basic organic chemistry may be covered if time permits.
Prerequisite(s): Math 11, Math 18a and/or consent of the Department of Chemistry.
INSTRUCTOR: Dr. Richard Gross
OFFICE: Schmitt Hall Room 115d
OFFICE HOURS: MW 10:30-11:30AM
WEBSITE: http://chemistry7.wordpress.com/
OFFICE PHONE: ext. 5632
EMAIL: rbgross@gmail.com
COURSE OBJECTIVES: Upon completion of this course, students should under the following:
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understand the scientific method and measurements in science;
use dimensional analysis with proper attention to units and significant figures;
name and classify inorganic compounds;
determine empirical and molecular formulas from experimental data;
understand and use the mole concept in the stoichiometry of reactions and solutions;
balance chemical equations and use stoichiometric relationships;
understand concept of concentration, molarity and dilution of aqueous solutions
identify different types of reactions and predict the outcome of these reactions;
have a working knowledge of the gas laws.
understand the first law of thermodynamics and the role of energy and enthalpy in chemical reactions
and perform thermochemical calculations;
understand the basic concepts of quantum theory, the electron configurations of atoms, and periodic
trends in atomic properties;
understand theories of chemical bonding, molecular geometry, valence shell electron pair repulsion
theory and valence bond theory;
understand phases, change in phase, vapor pressure, phase diagrams, types of intermolecular forces
and solid state properties and bonding;
understand the origin of intermolecular forces in solutions and their influence on physical properties
such as surface tension, boiling and melting points, viscosity, vapor pressure, heat of vaporization and
critical temperature;
understand reaction rates and its dependence on concentration of reactants, physical state and reaction
temperature, how reaction rates can be expressed mathematically;
write equilibrium constant relationships, determine whether equilibrium has been established and
calculate basic equilibrium concentrations;
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17. use Le Châtelier’s Principle to predict the effects of concentration, pressure and temperature changes
on equilibrium mixtures and chemical reactions;
18. understand the relationship between chemistry, industry and society significant to the Philippines and
the international community;
19. appreciate how chemistry forms part of the foundation of science and technology;
20. appreciate how chemistry can contribute to the Ateneo mission of being "Men and Women for
Others".
REQUIRED READINGS AND MATERIALS:
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Textbook: Principles of General Chemistry, 3nd Edition by Martin Silberberg. Older additions of the
textbook may be used, but assigned homework problems must be matched with the 3rd edition.
A calculator capable of arithmetic, powers, and exponential functions is essential for examinations,
quizzes and problem sets. No programmable calculators, or cellular phones or PDA based calculators
are permitted for use during quizzes or examinations. YOU ARE EXPECTED TO BRING A
CALCULATOR TO EVERY CLASS.
HOW YOUR GRADE WILL BE DETERMINED
1. There are five (05) announced department-wide “pre-final” examinations @ 60 points per exam (5
exams X 60 points each = 300 points possible).
2. There are ten (8-10) announced pop quizzes @ 10 pts each. The combined marks in these activities is a
100 points, the same number of points as a pre-final examination (10 quizzes/homework X 10 points
each = 100 points possible)
3. One (01) announced comprehensive final examination @ 200 pts taken during the final examination
week. (1 exam X 200 points = 200 points possible)
4. The highest possible post-final score is 600 points.
GRADING SCALE:
.
A student’s total accumulated points divided by 600 (the maximum points possible) will be translated to a letter
grade as follows:
% of 600 points
> 90.5
85.5 - 90.4
79.5 - 85.4
72.5 - 79.4
65.5 - 72.4
59.5 – 65.4
0 – 59.4
Letter Grade
A
B+
B
C+
C
D
F
ATTENDANCE, DISCIPLINE AND HONESTY
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Attendance is required in all class lectures and examinations. Students may be allowed cuts up to a maximum
of 20 percent the number of semester hours, which is 5 absences for T/Th classes or 9 absences for MWF
classes. While the class roll may not be called regularly, you attendance will be under continuous scrutiny.
Attendance in examinations is mandatory.
In keeping with the Mission Statement of Ateneo, academic, professional, and personal honesty is imperative.
The minimum penalty for dishonesty (e.g. cheating, plagiarism, etc) is a grade of zero for the particular
test/quiz/examination/problem set. Should there be evidence that a particular case is continuous or consistent,
the maximum penalty allowed by the University will be pursued.
POLICIES IN DETAIL
SCHEDULE AND ASSIGNMENTS: Students are expected to complete the assigned reading before class and
to keep up with assigned problems. Problem-sets will not be collected routinely except on those random
occasions where it may be collected and counted as a quiz grade. You are encouraged to do all the homework
problems and then some! Perfecting homework and problem-solving skills is the key to passing this course.
Please see me if at any point in the semester you feel that you are having problems with the material.
QUIZZES AND HOMEWORK: There will be quizzes and problem sets that will contribute a total of 100
points to your pre-final grade point total. Quizzes and problem sets may be based on end-of-chapter problems or
any instrument the instructor feels will provide incentive to keep up with the academic workload. Missed
quizzes or missed homework assignments will be awarded a zero and cannot be made up.
EXAMS: There will be five (05) required pre-final examinations, each one being a “chapter” examination
worth 60 points each. A final departmental comprehensive final exam worth 200 points is given during the
regular finals week. Examination dates are shown in the tentative Chem 7 schedule detailed in the next section.
Please note: any unexcused absence from any quiz or exam will result in a grade of zero for that quiz or
exam. Valid reasons to excuse a student from taking an examination include: serious illness, or death or
serious illness in the immediate family. In all cases, it is the student’s responsibility to notify the instructor,
or the Department of Chemistry Secretary (Phone: X-5620), prior to the exam to be officially excused from
the Exam. The mechanism for any make-up exam is left to the discretion of the Chem 7 instructors.
CLASSROOM POLICIES:
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Absences, excused or unexcused, [5 absences for T/Th classes or 9 absences for MWF classes] will
prohibit you from taking a quiz or an exam and may result in a grade of W for the course.
The use of cellular phones during lecture and laboratory is strictly forbidden.
Come to class prepared, you will be called on to answer questions.
The teacher reserves the right to remove anyone from the classroom on the grounds of discourtesy to
the teacher or to a fellow student.
Academic dishonesty of any kind will be penalized and immediately reported to the Departmental Chair
and could result in expulsion from the University. Your signature on exams and any other work
submitted affirms that you understand the academic honesty requirement.
If a student has a disability that interferes with learning, please see your instructor.
TENTATIVE COURSE SCHEDULE & OUTLINE
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Week
Date
Chapter
1
Nov 4
1/2
2
Nov 11
2/3
3
Nov 18
3/4
4
Nov 25
4
EXAM 1
Chapter 1-4
5
Dec 2
5 ……........p.148-169 only; omit p.170-178
6
Dec 9
5/6
7
Dec 16
6 ………….omit p.200-201 and bottom p.207-209
EXAM 2
Chapter 5-6
Christmas Break
Dec 20 - Jan 5
Christmas Break
8
Jan 6
7
9
Jan 13
7/8
10
Jan 20
8/9 ………..omit pseudo-noble gas to inert p. 270
11
Jan 27
9/10 ………omit p.282, mid p.288-289, p.295 top p.296
12
Feb 3
10/11 include only 11.1 and 11.2; omit p.339-on
12 FEB 6
EXAM 3
Chapter 7-11
13
Feb 10
12 ………..omit p.373-p.385
14
Feb 17
13 ………...omit Sec 13.2 and bottom p.414-416
15
Feb 24
16 ………...omit Sec 16.6
15 FEB 27
EXAM 4
Chapter 12/13/16
16
Mar 3
17 ……….omit section 17.5 and p.570-571.
17
Mar 10
18 p.579-592 p. 603-609 19 p. 618-626 p.633-640
17* MAR 13
EXAM 5*
Chapter 17-19*
18
FINAL EXAM
Chapter 1-19
4
7
NOV 28
DEC 18
* if time is short Chapter 17-19 March 13 may be incorporated into the final exam.
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