Western Governors University

C833: Chemistry with Lab

A study guide to WGU's C833, the graduate chemistry course for licensed teachers adding a science endorsement outside chemistry.

Updated October 2026 · 5 min read

C833 gives licensed teachers who are adding a science endorsement a working foundation in chemistry, with hands-on labs.

WGU describes it as an introduction to chemistry for already licensed teachers seeking an additional license or endorsement in middle grades science or in secondary physics, biological science or earth science.

It is designed for those not majoring in chemistry education and shows how chemistry applies across other branches of science. WGU lists Concepts in Science as a prerequisite.

The challenge for many teachers is time and confidence. Chemistry builds quickly: if naming compounds or moles are shaky, balancing reactions and stoichiometry feel impossible.

Course at a Glance

ItemDetails
UniversityWestern Governors University (WGU)
Course codeC833
LevelGraduate, competency-based
AudienceLicensed teachers adding a science endorsement
PrerequisiteConcepts in Science
Typical workLab activities with a home kit, reports and problem solving

What C833 Covers

Topic (from WGU's description)What it means
Electronic structure of atomsWhere electrons sit and why it controls behavior
Periodic trendsPatterns in size, ionisation energy and reactivity
Naming and formulasWriting and reading chemical names and formulas
Molecular structureBonding and the shapes of molecules
Balancing reactionsConserving atoms in chemical equations
States of matterHow particles behave in solids, liquids and gases
Laboratory practiceSafety and maintenance procedures in the lab

Key Concepts Explained

Balancing Equations

Atoms are neither created nor destroyed in a reaction, so each element must appear in equal numbers on both sides. Balance with coefficients, never by changing subscripts.

Example: Methane burns: CH4 + O2 → CO2 + H2O. Carbon is balanced. Four hydrogens need 2 H2O. Now there are 4 oxygen atoms on the right (2 in CO2, 2 in water), so use 2 O2. Balanced: CH4 + 2O2 → CO2 + 2H2O.

The Mole and Stoichiometry

A mole is a counting unit that links mass to number of particles. Molar mass converts grams to moles; coefficients give the mole ratio between substances.

Example: How much water forms from 16 g of methane? Methane's molar mass is about 16 g/mol, so 16 g is 1 mol. The ratio is 1 CH4 to 2 H2O, so 2 mol of water form, about 36 g.

Periodic Trends

Atomic radius generally decreases across a period and increases down a group. Ionisation energy follows the opposite pattern. These trends explain why sodium reacts readily and why fluorine attracts electrons strongly.

Connecting C833 to Your Classroom

Because C833 is written for teachers of other sciences, the chemistry is meant to travel. Biology teachers meet it in enzymes, cellular respiration and pH. Earth science teachers meet it in minerals, weathering and ocean chemistry. Physics teachers meet it in energy changes and the structure of matter.

Making those links while you study helps in two ways. It gives the abstract topics a purpose, and it prepares you for explanation tasks, which usually reward accurate particle-level reasoning in plain language.

Example: Why does a puddle evaporate on a cool day? At particle level, molecules at the surface have a range of energies. Some have enough energy to overcome the attractions holding them in the liquid and escape as gas. Wind removes them before they can return, so evaporation continues below boiling point.

Typical Assignments and How to Approach Them

WGU states that the science programs use a home lab kit for experiments. Check your course page for current tasks. Work in this subject typically includes:

Task typeWhat it testsHow to approach it
Lab reportMethod, data and reasoningRecord raw data first, then calculate and explain errors
Problem setsEquations, moles, namingShow units at every step
Concept explanationUnderstanding, not recallExplain at particle level, with a diagram if allowed
Safety analysisLab safety practiceLink each hazard to a control measure

Where Students Get Stuck

Study Tips for C833

How We Help with C833

Send the lab instructions, your data, the rubric and any evaluator comments. A chemistry tutor explains the calculations, checks your reasoning, or models a lab report structure you can follow. Our lab report guide covers the general format.

GradeEssays is independent of Western Governors University. We never invent or alter lab data: your results must come from your own experiments. Use our help to understand the chemistry, then write and submit your own work under WGU's academic integrity rules. Every order is written from scratch, with free revisions within the scope of your original request.

Get C833 Chemistry Clear

Share the lab instructions, data and rubric. We explain the chemistry and model a clear lab write-up you can learn from.

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Frequently Asked Questions

Who takes C833?

WGU designs it for licensed teachers seeking an additional license or endorsement in middle grades science or secondary physics, biology or earth science, who are not majoring in chemistry education.

What is the prerequisite for C833?

WGU lists Concepts in Science as the prerequisite.

Are there real labs in C833?

Yes. WGU's description includes laboratory experiences, and its science programs supply a home lab kit.

Can you write my lab report?

We can explain the chemistry and show a model structure, but your data and final report must be your own work.

What is the hardest part of C833?

Most students find stoichiometry hardest, usually because of weak unit handling. Practice conversions until they are automatic.

Is GradeEssays affiliated with WGU?

No. We are independent and not connected with Western Governors University.