Course Syllabus

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Course Description:

Covers general chemical principles including structure of matter, chemical equations and bonding, gases, solutions, periodic law, acids and bases, and chemical equilibrium.


Lecture Information:

M-F 8:40-9:40 am; Eckles Hall Room 113. Lectures are in-person. I will record each lecture and post it to Canvas hopefully the same day. That doesn’t mean you don’t need to show up to class!! The recordings are really there so you can refer back to them if you want when studying for exams.


Tutor Information:

Tutor Name Email
Dustin Boogaart djb275@mail.missouri.edu
Angira Roy angiraroy@mail.missouri.edu
Ethan Ross err6mz@missouri.edu
Piyuni Ishtaweera psi35d@mail.missouri.edu
Rifat Hasan Apurba rakdt@missouri.edu

Lab Section Information:

Section Teaching Assistant Email Recitation Location and Time Lab Location and Time
01A + 01C Saamia Salik ss8nb@umsystem.edu

Schlundt 201

M/W 1-1:50pm

CHEM A207

M/W 2-3:50pm

01B Gabrielle Tucker gbtmdr@umsystem.edu

Schlundt 209

M/W 1-1:50pm

CHEM A207

M/W 2-3:50pm

01D Ashen Samaranayake aisnk4@umsystem.edu

Physics 102

M/W 1-1:50pm

CHEM A208

M/W 2-3:50pm

01E Yussuf Fasasi yafx69@umsystem.edu

Physics 102

M/W 10-10:50am

CHEM A208

T/Th 10-11:50am


Office Hours:

Instructor: Monday, Tuesday, Thursday 12-1 pm (In-person: Schlundt Hall 210). Other office hours may be made by appointment.

Teaching assistants: Office hours will be posted to Canvas. Feel free to attend any TA office hours; you don’t have to go to just your specific TA.


Electronic Homework

We will be using the online learning tool called ALEKS. Access this through the tab in Canvas labeled VS Materials. There will be homework assignments due every Sunday by 11:59 pm. The due dates for everything are on the ALEKS page.


Expectations for This Course:

This class is going to be very fast-paced and might prove to be difficult at times. You will need to keep up with the material as we go along and do your best to not get behind! Chemistry material typically builds off of itself, so not understanding one topic may result in confusion throughout other topics. Don’t be afraid to ask questions. Communication is key when learning any subject matter, but chemistry is especially difficult to learn just by sitting and listening to lectures. Practicing problems is essential in helping you understand the material! Learning should be a challenge but also fun. I will put some fun, interesting science facts throughout the lectures.


Student Learning Outcomes:

Upon successful completion of the course, students will be able to:

  • Solve chemical and physical problems including solutions, gases, thermochemistry, quantum theory, and molecular geometry.
  • Analyze the contributing factors involved in chemical and physical processes.
  • Communicate chemical and physical processes including solutions, gases, thermochemistry, and quantum theory using chemical names and symbols.

Course Content:

  • Atomic and molecular structure of matter.
  • Types of common chemical reactions.
  • Classification and nomenclature of elements and compounds.
  • Theories of gases, electron-pair repulsion, bonding, acids and bases, and equilibrium.
  • Mathematical treatment of stoichiometry and concentrations of solutions.
  • Significant figures in measurements and calculations involving measured numbers.
  • Laboratory experiments dealing with all of the above.
  • Historical development of chemistry.

Laboratory Content

  • Measurement 
  • Decomposition of KClO3
  • Spectroscopy
  • Conductivity
  • Periodic Behavior of Metals
  • VSEPR
  • Behavior of Two Families
  • Molar Mass and Formula of a Volatile Liquid
  • Thermodynamics
  • Hess' Law
  • Chromatography

Textbook:

Great newsyour textbook for this class is available for free online!
Chemistry 2e (Atoms First) from OpenStax, ISBN 978-1-947172-64-7
.

You have several options to obtain this book:

You can use whichever formats you want. Web view is recommended -- the responsive design works seamlessly on any device.


Grades and Grading:

Exams   3 exams at 100 pts each (300 pts total)
Comprehensive Final Exam 200 pts
ALEKS 120 pts
Laboratory** 11 labs at 20 pts each + 10 pts lab clean-up (230 pts total)
Total points:   850 points

**To receive all credit hours for this course you must satisfactorily complete the lab portion of the course. Satisfactory completion of the lab means you must earn greater than or equal to 50% of the possible points for the lab section of the course.

 

Points Total Letter Grade
833 and higher A+
782 - 832.99 A
765 - 781.99 A-
740 - 764.99 B+
697 - 739.99 B
680 - 696.99 B-
655 - 679.99 C+
612 - 654.99 C
595 - 611.99 C-
570 - 594.99 D+
510 - 569.99 D
425 - 509.99 D-
Below 425 F

All exams will be held during class time, in-person, from 8:40-9:40 am. The three exams are currently scheduled for Tuesday June 20th, Friday July 7th, and Monday July 24th. PUT THESE DATES IN YOUR CALENDAR NOW!! Exams will consist of multiple choice questions. There will be no make-up exams. Those folks missing exams due to excused absences (see below) will have their other two exams and the final weighted for additional points to make up for the missing exam. The final exam will be the last day of class, Friday July 28th online.


Excused Absence Policy for Preliminary Exams (not including Final Exam)

There are 3 typical reasons for excused absences: 1) medically excused, 2) death of someone close to you, and 3) university sponsored event.

To be medically excused, it is best to provide written verification from medical staff stating that you have sought care during/near the timeframe of the exam. If there is a death of someone close to you affecting your attendance at an exam, please notify me as soon as it’s convenient. If you are part of a university sponsored event, a letter should come from the program office (also let me know). An excused absence does not mean you will take the exam at a later date.


Important Notes:

  • Any student needing accommodations should inform me. Students with disabilities who may need accommodations for this class are encouraged to notify me and contact the Disability Center early in the semester so that reasonable accommodations may be implemented as soon as possible. All information will remain confidential.
  • Academic dishonesty and plagiarism will result in a failing grade on the assignment. Using someone else's ideas or phrasing and representing those ideas or phrasing as our own, either on purpose or through carelessness, is a serious offense known as plagiarism. "Ideas or phrasing" includes written or spoken material, from whole papers and paragraphs to sentences, and, indeed, phrases but it also includes statistics, lab results, art work, etc.  Please see the Office of Academic Integrity for policies regarding plagiarism, harassment, etc. 
  • The University community welcomes intellectual diversity and respects student rights. Students who have questions concerning the quality of instruction in this class may address concerns to either the Director of Undergraduate Studies in the Chemistry Department Office (125 Chemistry Building) or Director of the Office of Students Rights and Responsibilities. All students will have the opportunity to submit an anonymous evaluation of the instructor at the end of the course.


Laboratory Information

The laboratory section for CHEM 1320 is in-person and will consist of 11 labs. All relevant information and documents such as pre-lab questions, post lab questions, and lab procedures can be found on the course Canvas page for each week.

The first lab meets Wednesday June 7th, 2023. Recitation time is used for going over the lab, potential procedural issues, and typical calculations and concepts the lab entails. You must attend the recitation to participate in the lab! Being more than 10 minutes late to recitation may result in your exclusion from the laboratory. Pre-lab questions are due at the beginning of every recitation via canvas upload.

Each lab report will be worth 20 pts. The labs are due at the start of the next recitation session following the completion of the laboratory experiment. For example, when lab meets on Monday, the lab report is due that following Wednesday, along with the pre-lab for Wednesday’s lab. Wednesday’s lab report will be due that following Monday, along with the pre-lab for the next lab, and so on and so forth. The lab reports will be uploaded to canvas. Late lab reports will be penalized by 20% per day. Late pre-lab assignments will not be accepted. It is highly recommended that you look over and read the lab procedure before coming to recitation!

Safety Issues: Sandals or opened toes are NOT permitted in the laboratory at any time. Goggles must be worn at all times when you are in the lab, as required by State law. Safety goggles can be purchased from the Mizzou bookstore. Ordinary eyeglasses do not offer sufficient protection unless inscribed with a “Z87” designation. No food or drinks are allowed in the laboratory. Water bottles, coffee cups, etc. can be placed out in the hallway and picked up after the lab is completed.


**Tentative day-by-day schedule

Week

Date

Topics

Laboratory Assignments

Week 1

Monday, June 5th

Introductions, Syllabus, Start Material NO LAB
Tuesday, June 6th SI units of measurement
Wednesday, June 7th Atomic Theory Measurement (Washer) Lab
Thursday, June 8th Atomic Structure and Symbolism
Friday, June 9th Chemical Formulas
ALEKS homework due Sunday, June 11th by 11:59pm
Week 2 Monday, June 12th Electromagnetic spectrum KClO3 Decomposition Lab
Tuesday, June 13th Bohr Atom Model
Wednesday, June 14th Quantum Theory  Spectroscopy (Star) Lab
Thursday, June 15th Electron Configuration
Friday, June 16th Periodic Trends
ALEKS homework due Sunday, June 18th by 11:59pm
Week 3 Monday, June 19th NO CLASS - JUNETEENTH HOLIDAY NO LAB
Tuesday, June 20th Exam #1
Wednesday, June 21st Ionic and Molecular Compounds Conductivity Lab
Thursday, June 22nd Ionic and Covalent Bonding
Friday, June 23rd Nomenclature and Lewis Structures
ALEKS homework due Sunday, June 25th by 11:59pm
Week 4 Monday, June 26th Lewis Structures cont. Periodic Behavior of Metals Lab
Tuesday, June 27th Geometry, Resonance and Formal Charges
Wednesday, June 28th VSEPR Theory VSEPR Lab
Thursday, June 29th Valence Bond Theory and Hybridization
Friday, June 30th Molecular Orbital Theory
ALEKS homework due Sunday, July 2nd by 11:59pm
Week 5 Monday, July 3rd Balancing Chemical Reactions and Stoichiometry NO LAB
Tuesday, July 4th NO CLASS - INDEPENDENCE DAY
Wednesday, July 5th Reaction Yields and Formula Mass Behavior of Two Families Lab
Thursday, July 6th Molarity and Solution Stoichiometry
Friday, July 7th EXAM #2
ALEKS homework due Sunday, July 9th by 11:59pm
Week 6 Monday, July 10th Thermochemistry Molar Mass and Formula of a Volatile Liquid Lab
Tuesday, July 11th Heat Capacity, enthalpy, calorimetry
Wednesday, July 12th More Thermo Thermodynamics Lab
Thursday, July 13th Hess's Law
Friday, July 14th Ideal Gas Laws
ALEKS homework due Sunday, July 16th by 11:59pm
Week 7 Monday, July 17th Applying Ideal Gas Laws Hess’s Law Lab
Tuesday, July 18th Gas stoichiometry
Wednesday, July 19th Kinetic-Molecular Theory Chromatography Lab
Thursday, July 20th Non-ideal Gases
Friday, July 21st Intermolecular Forces
ALEKS homework due Sunday, July 23rd by 11:59pm
Week 8 Monday, July 24th EXAM #3 Lab Clean-up
Tuesday, July 25th Properties of Liquids
Wednesday, July 26th Phase Transitions
Thursday, July 27th Final Exam Prep
Friday, July 28th Comprehensive Final Exam

Course Summary:

Date Details Due