C683 Natural Science Lab is a Western Governors University general education course that introduces the scientific method through an experiment you design yourself.
WGU describes the course as an introduction to using the scientific method and engaging in scientific research to reach conclusions about the natural world.
You design and carry out an experiment to investigate a hypothesis by gathering quantitative data, and you research a natural science topic using academic sources; WGU's current program guides describe this as researching a specific ecosystem.
The guides list it at two competency units in programs such as software engineering, cloud computing and network operations.
Many students taking C683 come from technology degrees and have not done lab science in years. The challenge is designing a fair test and writing it up like a scientist.
Course at a Glance
| Item | Details |
|---|---|
| University | Western Governors University (WGU) |
| Course code | C683 |
| Level | Undergraduate general education |
| Competency units | 2 (per WGU IT program guides) |
| Subject area | Scientific method, natural science |
| Typical work | Your own experiment with quantitative data, plus source-based research |
What C683 Covers
| Competency (summarized) | What it means in practice |
|---|---|
| Execute scientific inquiry through experimentation | Designing and running a controlled experiment |
| Draw conclusions from research and inquiry | Using your data and academic sources to reach supported conclusions |
Designing a Good Experiment
A Testable Hypothesis
A hypothesis predicts how the independent variable affects the dependent variable, with a reason. It must be possible to measure the outcome with numbers.
Example: "Plants like music" cannot be tested as written. "Bean seedlings watered with salt solution (0, 1 and 2 g per 100 mL) will grow less in height over 14 days as salt concentration increases, because salt reduces water uptake" names the variables, levels, measurement and time frame.
Variables and Controls
Change only the independent variable, measure the dependent variable and keep everything else constant: light, temperature, container size and so on. A control group provides the baseline for comparison.
Replication and Quantitative Data
Repeat each condition several times and record measurements in a table with units. Averages from repeated trials are more reliable than single results.
Typical Components and How to Approach Them
WGU assesses competency through performance assessments or objective assessments. Check your course page for the current format and template. A lab investigation typically includes:
| Component | What it tests | How to approach it |
|---|---|---|
| Question and hypothesis | Testable prediction | Name variables and expected direction |
| Method | Fair, repeatable design | List materials, steps and controls |
| Data and analysis | Quantitative reasoning | Table, averages, a clear graph |
| Conclusion and research | Evidence-based reasoning | Compare results with academic sources |
Writing up Your Results
Your conclusion should answer the question with your data, not with what you hoped to find:
- State whether the data support or do not support the hypothesis.
- Quote key numbers, such as average growth in each group.
- Explain the result using academic sources.
- Discuss limitations and how you would improve the experiment.
A result that does not support your hypothesis is still valid science if the method was sound and the reasoning is honest. Our lab report guide covers structure in more detail.
Experiment Ideas That Work at Home
Choosing a manageable experiment is half the battle. Good options have one clear variable, numerical results and safe, cheap materials:
| Idea | Independent variable | Measured result |
|---|---|---|
| Seed germination | Water temperature or salt level | Percentage germinated, seedling height |
| Dissolving | Water temperature | Time for a sugar cube to dissolve |
| Evaporation | Surface area of container | Volume lost over 48 hours |
| Plant growth | Hours of light | Height or leaf count after two weeks |
Check your task instructions first, since the experiment must fit the natural sciences and any requirements in the template. Allow time for repeated trials, and avoid anything involving hazardous chemicals, heat sources you cannot control or living animals.
Presenting Your Data
Quantitative data need clear presentation. Put the independent variable on the x-axis and the dependent variable on the y-axis, label both with units and give the graph a descriptive title. Use a bar chart for separate categories and a line graph for continuous changes, such as growth over time.
Show averages from repeated trials and, if possible, the range, so readers can see how consistent your results were. Refer to the graph in your text and describe the trend in words with key numbers.
Where Students Get Stuck
- Qualitative outcomes. The course requires quantitative data; plan something you can measure.
- Too many variables. Change one thing only.
- No replication. One trial per condition is weak evidence.
- Weak sources. Use academic sources, not general websites.
Study Tips for C683
- Choose a simple experiment you can complete safely at home in the time available.
- Photograph your set-up and keep a dated log of measurements.
- Draft your data table before you start collecting.
- Read the task template and rubric before designing anything.
How We Help with C683
Send the task instructions, rubric, your plan or draft and any evaluator comments. A science tutor helps you refine your hypothesis and design, explains how to analyze and graph your data, and reviews your write-up for clarity and scientific reasoning.
GradeEssays is independent of Western Governors University. The experiment and data must be your own: we never invent data or results, and we never log in to student portals. We offer guidance, feedback and editing within WGU's academic integrity rules, with free revisions within the scope of your original request.
Design and Write up a Clear Experiment
Share your C683 instructions, plan and data. A science tutor reviews your design and write-up and explains improvements.
Start My C683 HelpFree revisions · Full refund if late · Written from scratch for your order
Frequently Asked Questions
You design and carry out an experiment that tests a hypothesis with quantitative data, and research a natural science topic using academic sources.
WGU's IT program guides list Natural Science Lab at two competency units.
A simple, safe design with one independent variable, measurable results and repeated trials.
Report them honestly and discuss why. A sound method matters more than the outcome.
No. Data must come from your own experiment. We help you plan, analyze and write up.
No. We are an independent service with no connection to Western Governors University.