Lecture Lab
Tuesday 12:45 – 1:35 pm and 1:45 pm – 3:00 pm R305 Thursday 11:00-1:30 pm R311
Thursday 1:45 – 3:00 pm R305
Students must attend lab during their section’s scheduled lab time. There is NOT an option to attend lab at other times than what is scheduled due to safety and space policies.
The student will apply chemical concepts and principles to topics including atomic structure, chemical reactions and stoichiometry, thermochemistry, periodicity, chemical bonding, and states of matter. Quantitative applications are emphasized. IAI: CHM 911 Chemistry. IAI: P1 902L.
CHEM 1534 with a grade of C or better or appropriate high school chemistry course with a grade of C or better and MATH 1424 with a grade of C or better or appropriate assessment score, or STEM pathway of transitional math - Must be completed prior to taking this course.
Course Alignment
General Education Outcomes are the knowledge, skills, abilities, attitudes, and behaviors that students are expected to develop as a result of their overall experiences with any aspect of the college, including courses, programs, and student services, both inside and outside of the classroom. The General Education Outcomes specifically learned in this course are:
- Communication
- Critical Thinking
- Responsibility
CHEM 1614 was designed to meet specific student needs either individually or within a program and is designed to transfer to other colleges and universities. KCC participates in the Illinois Articulation Initiative (IAI), a statewide transfer agreement for general education courses. All colleges and universities participating in the IAI agree to accept a collective “package” of IAI general education courses; transfer of courses separately is not guaranteed. For more information about IAI and the transferability of courses to specific four-year institutions, go to itransfer.org and mycreditstransfer.org.
Faculty Contact Information
Tuesdays 11:30 am – 12:30 pm L338
Thursday 3:00-4:00 pm L338
Other by appointment
Course Information
At the end of this course, students will be able to:
- Demonstrate appropriate safety precautions while in the chemistry laboratory and when handling chemicals and equipment.
- Demonstrate skills in measurement and in clear communication of data and results.
- Apply the concepts of significant figures and unit conversions to measurements and calculations.
- Describe the modern model of the atom in terms of the subatomic structure of atoms, ions, and isotopes.
- Relate the names and formulas of elements, ions, and compounds.
- Describe various types of chemical reactions in terms of conservation of mass, bond rearrangement, balanced chemical reactions, and energy changes.
- Perform calculations relating moles, mass, and molarity that involve compounds, solutions, gases, and chemical reactions.
- Apply the concepts of heat and enthalpy to chemical and physical processes.
- Relate atomic spectra to electron transitions in atoms.
- Use the electronic structure of atoms and their positions in the Periodic Table to predict periodic trends in chemical and physical properties.
- Draw Lewis structures and use them to predict the molecular geometry and polarity of simple covalent molecules.
- Apply the gas laws to gases and mixtures of gases.
- Use predicted intermolecular forces between molecules to make statements about their properties.
- Describe types and properties of solids.
- Introduction to Matter, Energy, and Measurement
- States of matter
- Classifying matter
- Physical and chemical changes
- Forms of energy
- SI units
- Measurement of properties
- Precision vs. accuracy
- Significant digits
- Unit conversions
- Dimensional analysis
- Atoms, Molecules and Ions
- Atomic theory
- Atomic structure and isotopes
- Atomic mass
- Periodic table
- Molecules
- Ions
- Ionic compounds
- Nomenclature of ionic, inorganic and simple organic compounds
- Chemical Reactions and Stoichiometry
- Balancing chemical equations and reaction types
- Formula weight
- Percent composition
- Mole concept and conversions between chemical quantities
- Empirical/molecular formula
- Combustion analysis
- Stoichiometry
- Limiting reactants
- Reactions in Aqueous Solution
- Electrolytes
- Solubility rules
- Precipitation reactions
- Ionic and net ionic equations
- Acid/base neutralization reactions
- Redox reactions
- Oxidation numbers
- Activity series
- Molarity calculations
- Dilution equation
- Solution stoichiometry
- Titrations
- Thermochemistry
- 1st law
- Internal energy
- Heat and work
- Endo- and exothermic reactions
- Enthalpy of reaction
- Specific heat
- Calorimetry
- Hess's Law
- Enthalpy of formation
- Bond enthalpies
- Electronic Structure of Atoms
- Wave properties of light
- Quantization
- Photons
- Line spectra
- Bohr model
- Wave properties of matter
- Atomic orbitals: shapes, quantum #'s, energies, spin
- Filling orbitals
- Electron configuration of atoms and ions
- Periodic Properties of Elements
- Development of the periodic table
- Effective nuclear charge
- Sizes of atoms and ions
- Ionization energy
- Electron affinity
- Periodic trends
- Chemical properties by group
- Chemical Bonding
- Octet rule
- Ionic and covalent bonds
- Electronegativity
- Bond polarity
- Lewis structures of atoms, ions and molecules
- Resonance structures
- Exceptions to octet rule
- Bond strength and lengths
- Average bond enthalpies
- Molecular Geometry and Bonding Theories
- Molecular shapes and polarity
- Applying the VSEPR model
- Orbital overlap
- Hybrid atomic orbitals
- Sigma and pi bonds
- Delocalization
- Molecular orbitals
- Gases
- Pressure concept
- Gas law relationships (P, V, T, n)
- Ideal gas equation
- Gas density and molar mass
- Gas stoichiometry
- Gas mixtures
- Mole fraction and partial pressures
- Kinetic-molecular theory
- Effusion
- Diffusion
- Real gases
- Intermolecular Forces and Liquids
- Interparticle forces (ion/dipole, hydrogen bonding, dipole/dipole, dispersion)
- Properties of liquids
- Phase changes
- Heating curves
- Vapor pressure
- Phase diagrams
- Solids
- Properties and structures of different types of solids
Available in KCC’s Hammes Bookstore
- Modified MasteringChemistry access code with e-copy of textbook for Chemistry: The Central Science, 15th ed., by Brown, et al, published by Pearson (both code and e-text are also used in CHEM 1624)
- Lab manual: Laboratory Experiments for Chemistry: The Central Science, 14th ed., by Brown, et al (also used in CHEM 1624)
- scientific calculator or graphing calculator
- safety goggles (not safety glasses!)
- All of these materials will also be used in CHEM 1624; no new materials will need to be purchased for CHEM 1624 if you take it next semester (fall 2026).
- Technology Requirement
- This course will use Canvas and MasteringChemistry extensively; we will use an e-Text. Students will need to have access to a computer and internet. If you do not have the technology required for this course, please let your instructor know. KCC may be able to help with wifi and laptops.
In compliance with US copyright laws, no photocopies, hand-written or typed copies of any pages will be accepted in substitution of the actual consumable worksheets for any course requiring a published laboratory manual
Course Components
MasteringChemistry Homework 5% of overall grade
Quizzes 5% of overall grade
Lab Experiments/Activities 20% of overall grade
Exams(5) 50% of overall grade
Final Exam (Cumulative over lecture and lab) 20% of overall grade
Grading Scale
Letter Grade A B C D F
Overall % 90 80 65 55 <55
Liberal Arts & Sciences
Dean, Jennifer Huggins; 815-802-8484; R310; jhuggins@kcc.edu; Division Office- W102; 815-802-8700
Attendance - Attendance is expected at each class meeting. Attendance will be recorded for lecture and lab but will not be a direct factor in determining your grade. If you are not going to be in class, please email your instructor. You are responsible for any information that you miss.
Communication – Communication with the instructor is extremely important. You should contact your instructor as soon as any issue arises. Make sure to push your notifications from CANVAS to your phone. In addition, check your school email and log onto the course at least once a day. The preferred mode of contact is email, NOT CANVAS messaging because attachments and screen shots are often not transferred.
Office Hours – I will be available in L338 or R305 on Tuesdays before class from 11:30 to 12:30 pm and Thursdays from 3:00 to 3:45 pm, other times by appointment.
Participation – This is a 4-credit hour course and thus requires at least 8 hours of work per week outside of class time. I will be monitoring your activity level in the course. If I see a reduction in activity and notice missing assignments, you can expect an email from me. If I don’t hear back from you, your name will be submitted to KCC’s Early Alert System, and an adviser will be in touch with you. Participation in all activities is essential for you to successfully complete this course.
Orientation – The orientation to this course is in Module 0. There are many moving parts in this course, including CANVAS and MasteringChemistry. It is crucial that you become familiar with these important components so that you can complete your homework in a timely fashion. You should go through Module 0 as soon as possible before beginning Module 1.
Technical Issues – If you have problems with your home technology that are affecting your work in the course, please notify your instructor as soon as possible. If there are technical issues with KCC’s or Pearson’s system which last more than 6 hours, I will notify you and adjust any due dates that have been affected.
Email – Please reserve email contacts for private conversations with me regarding problems with the class or grade issues. Save content questions for the Q&A Discussion forum that is posted in each Module, which I will check daily. In this way, your situation remains private and any discussion of course content is available to everyone. If you do email me, you will receive a reply within 24 hours, but usually much sooner.
Grading – I will do my best to keep grades updated. Sometimes labs take longer to grade.
Reading & Videos – Reading assignments are listed on the class schedule as a section number, and they pertain to the e-text located on the Mastering Chemistry website. There are also videos posted on the chapter lecture resource page in the modules for each chapter. It is expected that students do the required reading and/or watch the videos, as this will be the main source of content information, besides class lectures.
Homework – The intention of homework is to reinforce the concepts in the chapter. The homework resides on the Pearson MasteringChemistry website and is assigned by chapters. The individual assignments can be viewed as a list or on a calendar. Opening dates and due dates can be viewed by mousing-over the assignment. Chapter homework is due on the day of the unit test before class starts (T 12:45 pm & TH 1:45 pm- see course schedule). Benchmarks will be announced in class so that you are pacing yourself appropriately. After the unit exam, the homework grade for the chapters in that unit will be recorded, although you will still have access to it for practice. You will have multiple attempts to answer homework questions and can ask for feedback on many of the questions. The lowest homework score will be dropped.
Quizzes – There are daily in-class quizzes which make up 5% of your course grade. In-class quizzes are considered a low stake learning activity which serves as a checkpoint through the module. A short 5–10-minute hardcopy quiz will be given at each class, generally over material from the previous class. If you miss class or arrive too late, a grade of 0 will be given for that quiz. Homework is for acquiring the information and practicing it. Quizzes are for understanding your level of learning and will let you know what and how much more you need to study to acquire mastery. The lowest 4 quiz scores will be dropped.
Labs – The labs are an essential component of this course and attendance is mandatory at the first lab session, when we discuss safety. All labs are performed on campus in room R311. Proper lab attire and safety goggles are required in the lab. You may not perform the lab experiment without these, and you will receive a grade of zero if the lab is not performed. If you miss more than 2 labs, division policy requires that you fail the course since it is meant to transfer as a lab course. If you know you will be absent, please email the instructor beforehand. Prelabs are due at the beginning of a lab session the day the lab is performed, and labs are due at the next lab session. Late points are assessed if a lab is turned in late (2% per day until the labs are returned to the class, after which the late penalty will be assessed at 5% a day). The 2 lowest lab grades will be dropped.
Exams – These summative assessments allow you to provide evidence that you understand the concepts in the unit. They will be administered as noted on the schedule and are designed to be completed in 75 minutes. They will be comprised of multiple choice and free response (essay) questions. All exams count toward the final grade. Please notify the instructor prior to the exam if you will be absent. You will be required to schedule a makeup time at the KCC Testing Center, provided the instructor approves your absence. An excused absence requires documentation of your extraordinary circumstance requiring you to miss a test.
Academic Dishonesty – Section 17.2 of the Code of Campus Affairs and Regulations describes violations of the academic code of conduct. The consequences are addressed in section 18.0 and can range from receiving a grade of 0 on the assessment to removal from the course or institution. The academic integrity of the faculty, staff and students protects the reputation of the course, program and college, and ensures the learning experience is fair for all involved.
Instructional Philosophy
Communication – It is of the utmost importance that you communicate any difficulties that you are having with the course. You can do this by emailing, use the Q&A discussion forum, or CANVAS message. If I am unaware of a problem, then I cannot help you resolve the issue. Please do not wait too long to request assistance or help with any concerns that arise. You must be your own advocate.
Active Learning – Fully invest yourself in the assessments and activities of the class. They are designed to help you learn the content. Actively participate with the mindset for learning. Approach the task knowing that you will acquire valuable understanding by completing it or you will request help to fill in the conceptual gaps.
Practice – You must practice harder than what you will eventually perform. In the context of an academic course, this means that you will practice sufficiently so that a particular skill or set of facts is readily retrievable as you take the summative assessment. The only way to accomplish this is through practice and that means doing the readings and taking notes, followed by the homework, quiz and labs.
Asking Questions – Do not hesitate to ask questions. Muster up the courage to be the one to request clarification. This can be done in the Q&A forum, at the Tuesday and Thursday class meetings, during office hours or in tutoring. The longer you wait to ask your question, the less meaning will be incorporated into your conceptual framework.
Critical Thinking – The ability to critically think as opposed to just memorize, sets you up for success and serves you well in other courses and in your quest for employment. Prompt yourself to dig deeper, ask questions and make connections. Look for patterns, trends, and common denominators in the information you are taking in. Actively look at the extremes of a situation and prioritize what is the most important aspect of a body of knowledge. In other words, continually prompt yourself to interact with the content.
Memorization – Memorization is a low-level cognitive skill but is essential to learning. It takes knowledge to acquire knowledge, so memorize the requisite facts in a timely manner. In chemistry this means element names and symbols, metric prefixes, etc.
Enduring Learning – Engage in the best-practice habits of learning that lasts beyond the quiz or the test, such as spaced study, retrieval, prediction, etc. You will learn more about this in Module 0 - Orientation.
Metacognitive Skills – Continually assess what you know and be honest with yourself. Don’t trick yourself into a false sense of security. Use practice quizzes in the study area and your first attempt at the Pearson chapter quiz to assess your understanding and then remediate any concepts that you do not fully grasp by searching the topic in the e-text, going to the Student Success Center, checking your lecture page resources, googling the topic, attending office hours or finding a good YouTube video for further explanation.
Mistakes – The best way to remember something is through a mistake. Mistakes are not equated to failure, but rather an opportunity for learning. The only time a mistake is bad is when you don’t learn from it. Take advantage of practice quizzes and questions so that you allow yourself an opportunity to make a mistake, and then learn from it.
Diversity – Diversity is an integral part of a dynamic classroom and comes in a number of forms. Diversity in students can include demographics, learning style, life experience, or interests, to name just a few. The instructor can also bring diverse lessons, addressing multiple learning styles or different strategies to present various topics. Diversity brings richness, engagement and flavor to a learning environment, virtual or otherwise.
Laboratory Safety Policies
- Having more than TWO lab absences will result in a failing grade for this course. It is the student’s responsibility to know how many labs have been missed. It is recommended that if a student is not sure of how many labs he/she has missed, the student should meet with the professor during office hours before the last day to withdraw from the course to determine the actual number of absences.
- Students must arrive to lab on time and must be ready to begin at the scheduled start time. Students are expected to have read the lab procedures and to have completed any assigned pre-lab questions before coming to lab. Pre-lab assignments will be due at the start of lab.
- Students that arrive after the pre-lab lecture has begun will not be permitted to participate in lab that day and will receive a zero on that day’s assignment. This type of absence will count as a lab absence.
- Students that do not have proper apparel and/or goggles will not be permitted to participate in lab. This will count as a lab absence. Proper apparel and goggles are required for lab regardless of the activity scheduled for the day.
- To receive the full credit for the lab activity, the student must stay for the entire lab period, unless dismissed early by the professor. A student will only be dismissed early if they have acquired all the required data and it has been initialed by the instructor. If a student leaves before being dismissed, the student will forfeit the points for the laboratory activity for that day and will receive a zero and the absence will count as a lab absence.
- If a student does not complete the lab activity in the allotted time, the student may lose points on that day’s lab activity.
- Labs are due at the beginning of the next lab period (Thursdays at 11:00 am).
- There are no lab experiment make-ups for any reason per division policy.
- The 2 lowest lab grades will be dropped.
Week
| Tuesday Date | Tuesday Lecture | Lab Thursday | Thursday Lecture |
1 | 1/13/26 | C1 – Introduction and Survey; Pretest; MasteringChemistry; states of matter; classifying matter by purity; physical/chemical changes; energy; SI units and prefixes; measurements in lab | Lab Safety Training Safety Quiz Lab Drawer Check-In | C1 - Precision vs. accuracy, sig. figs in calculations, unit conversions; dimensional analysis |
2 | 1/20/26 | C2 - Atomic theory; atomic structure and isotopes; average atomic mass; periodic table and periodicity | #1 Basic Lab Techniques Parts A,B,E | C2 - Molecules, ions; ionic compounds; Identifying the type of compound from the formula; ionic compound nomenclature |
3 | 1/27/26 | C2 - Nomenclature of ionic compounds continued; naming alkanes and binary covalent compounds | #2 Identification of Substances by Physical Properties Parts A,B,E | C2 - Nomenclature of acids and general nomenclature review and practice |
4 | 2/03/26 | Exam 1—covers chapters 1 and 2 C3 - Balancing chemical equations and reaction types; formula weight; percent composition; mole concept and conversions between chemical quantities, | #3 Separation of the Components of a Mixture | C3 - Empirical/molecular formula, combustion analysis, stoichiometry, limiting reactants |
5 | 2/10/26 | C4 – Electrolytes; solubility rules; precipitation reactions; ionic and net ionic equations; acid/base neutralization reactions; | #7 Chemicals in Everyday Life Parts A-F | C4 – Redox Reactions and oxidation numbers; single displacement and Activity Series |
6 | 2/17/26 | C4 - Molarity calculation; dilution equation; titrations, | #21 Rxns in Aqueous. Solns Metathesis Rxns and NIEs Part A Rxns 1-5 and 8-16 | C4 - Solution stoichiometry, more titrations |
7 | 2/24/26 | Exam 2—covers chapters 3 and 4 C5 - 1st law, internal energy, heat and work, endo- and exothermic reactions | #15 Activity Series Parts A,B,C | C5 – Calorimetry; specific heat; enthalpy of Reaction; |
8 | 3/03/26 | C5 - Hess’s Law; Enthalpy of Formation; | #33 Molarity, Dilutions, and Preparation of Solutions Parts A-E and H | C5 - Bond enthalpies; review of calculating heat of reactions |
| 3/10/26 | SPRING BREAK | ||
9 | 3/17/26 | C6 - Wave properties of light, quantization, photon energy, line spectra, Bohr model, wave properties of matter atomic orbitals: shapes, quantum numbers, energies, spin | #20 Titration of Acids and Bases Part A | C6 – Rules for filling orbitals; electron notations of atoms and ions |
10 |
3/24/26
| C7 - Development of the Periodic Table; effective nuclear charge; sizes of atoms/ions; ionization energy Exam 3—covers chapters 5, 6, and 7 | #28 Heat of Neutralization Parts BandC | C7 - Electron affinity, periodic trends; chemical properties by group |
11 |
3/31/26
| C8 - Octet rule; ionic and covalent bonds; electronegativity; bond polarity, Lewis dot structures of atoms, ions and molecules;
| #12 Atomic Spectra and Atomic Structure Electron Energy and Light in H Atom | C8 - Resonance structures; exceptions to octet rule; bond strengths and lengths; average bond enthalpies |
12 | 4/07/26 | C9 - Molecular shapes and polarity; VSEPR model | #11 Molecular Geometries: Lewis Structures and the VSEPR Model | C9 - Orbital overlap; hybrid atomic orbitals |
13 | 4/14/26 | C9 – Sigma and pi bonds; delocalization; molecular orbitals | Lecture Catch-up | Exam 4—Covers Chapters 8 and 9 |
14 | 4/21/26 | C10 - Pressure concept; Kinetic-Molecular Theory of Gases and gas properties; gas law relationships (P, V, T, n) ideal gas law; gas density; molar mass | #13 Behavior of Gases: Molar Mass of a Vapor Part B | C10 - Gas stoichiometry; gas mixtures and partial pressures; effusion and diffusion; real gases |
15 |
4/28/26 | C11 - Interparticle forces (ion/dipole, hydrogen bonding, dipole/dipole, dispersion); properties of liquids
| #38 Enthalpy of Vaporization and Clausius-Clapeyron Equation (If time permits) | C11 - phase change; heating curves; vapor pressure; phase diagrams |
16 | 5/05/26 | C12-properties of different types of solids (crystalline, amorphous, polymeric) If time permits | Review for Final | Exam 5 – Covers Chapters 10, 11 and 12?
|
| 5/14/26 | Final Exam 12:00 – 1:50 pm | |||
College Policies, Resources and Supports
For information related to the Student Code of Conduct Policy, Withdrawal Policy, Email Policy, and Non- Attendance/Non-Participation Policy, please review the college’s Code of Campus Affairs and Regulations webpage, which can be found at catalog.kcc.edu under the Academic Regulations & Conduct Guide.
KCC offers various academic and personal resources for all students. Many services are offered virtually, as well as in person. Please visit Student Resources - Kankakee Community College to access student resources services such as:
- Clubs and organizations
- Counseling and referral services
- Office of disability services
- Student complaint policy
- Transfer services
- Tutoring services, etc.
The materials on this course are only for the use of students enrolled in this course for purposes associated with this course. Further information regarding KCC's copyright policy is available at https://kcc.libguides.com/copyright.
|Course syllabus/calendar is subject to change.