A well-designed graph or diagram can explain a mathematical relationship faster than paragraphs of text.
In the IB Math IA, visuals serve as your evidence of understanding. They help examiners see how your models behave, verify your reasoning, and appreciate the accuracy of your analysis.
However, simply adding a graph isn’t enough. You must label it clearly, interpret it meaningfully, and connect it to your mathematical reasoning.
With RevisionDojo’s IA/EE Guide, Visual Toolkit, and Exemplars, you’ll learn how to design, label, and explain visuals that enhance clarity and strengthen your IA’s presentation score.
Before inserting a graph or diagram:
- Make sure it serves a specific purpose.
- Label axes, units, and parameters clearly.
- Integrate it into your narrative with explanation.
- Use consistent formatting and scale.
- Apply RevisionDojo’s Visual Toolkit to design and annotate graphs correctly.
Every visual must add meaning to your investigation.
Ask yourself: “Does this graph clarify something the reader can’t easily see in the math?”
Example:
“The scatter plot reveals the linear trend between temperature and reaction rate, supporting the assumption of direct proportionality.”
RevisionDojo’s Graph Purpose Planner helps ensure every figure has a clear analytical role.
Different visuals highlight different insights:
- Scatter plots: show relationships or correlations.
- Line graphs: show continuous change.
- Bar graphs: compare discrete categories.
- Box plots: summarize spread and outliers.
- Function plots: show mathematical behavior.
RevisionDojo’s Graph Selector Tool recommends the best visual type for your data or function.
IB examiners often deduct presentation marks for unclear or missing labels.
Include variable names, units, and scales on every graph.
Example:
“x (time in seconds)” and “y (height in meters).”
RevisionDojo’s Axis Label Checklist ensures every visual meets IB formatting standards.
Use consistent axis scales, line thickness, and fonts across your IA.
Visual consistency reinforces mathematical professionalism.
RevisionDojo’s Formatting Standardizer automatically aligns visual elements for you.
Highlight turning points, asymptotes, or intersections directly on the graph.
Example:
“The vertex represents the projectile’s maximum height, while the intersection marks its landing point.”
RevisionDojo’s Annotation Prompts help you label critical features neatly and descriptively.
Don’t drop graphs into the IA without context.
Introduce each one and explain what it shows.
Example:
“Figure 2 illustrates the exponential decay curve fitted to the data. The close alignment between points and curve indicates strong model accuracy.”
RevisionDojo’s Integration Templates help you blend visuals smoothly with written explanations.
Visuals are most powerful when they confirm or challenge your equations.
Example:
“The plotted model closely follows the observed data, confirming the validity of the exponential function within the tested range.”
RevisionDojo’s Model Comparison Framework helps you interpret graphs alongside equations effectively.
Diagrams can clarify geometry, motion, or setup in ways formulas alone cannot.
Example:
“The triangle diagram shows the relationship between initial velocity, horizontal velocity, and launch angle.”
RevisionDojo’s Diagram Creator helps generate clean, labeled figures that align with IA standards.
Every visual should have a short, descriptive caption and a figure number (e.g., Figure 1: Graph showing height vs. time).
This makes cross-referencing easy for examiners.
RevisionDojo’s Caption Builder generates consistent figure labels automatically.
Conclude each graph or diagram discussion with a reflection sentence — this demonstrates insight.
Example:
“The flattening slope in Figure 3 highlights the diminishing rate of change, confirming the model’s predictive limitation.”
RevisionDojo’s Reflection Prompts help you turn each visual into a reflective learning moment.
1. Can I use software like GeoGebra or Desmos?
Yes — just explain what each tool was used for and interpret its output clearly.
2. Should I include every graph I make?
No — include only those that contribute meaningfully to analysis or reflection.
3. How many visuals should I include in total?
Most strong IAs include 5–10 visuals distributed across sections.
Graphs and diagrams aren’t decoration — they’re communication tools.
They help you present mathematical reasoning visually, making your IA clearer, more persuasive, and easier to understand.
With RevisionDojo’s IA/EE Guide, Visual Toolkit, and Exemplars, you’ll design visuals that reinforce your arguments, clarify your results, and impress examiners with clarity and polish.
Make your math visible.
Use RevisionDojo’s Visual Toolkit and IA/EE Guide to create professional graphs and diagrams that strengthen your IB Math IA communication and presentation score.
