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IBDP Physics IA- understanding the DO's better!

If you're taking IBDP Physics , you're probably familiar with how challenging it can be. The curriculum is designed to teach students all about physics. It covers everything from classical mechanics, electricity, and magnetism to quantum mechanics—and beyond!

If you are struggling with IA , here are some tips for getting them back on track:

In physics IA, the examiner wants to see if you understand basic physics concepts .

The IBDP Physics IA is all about understanding the basic concepts of physics. You need to know these concepts well if you want to do well and explain your reasoning in a way that makes sense. The examiner wants to see if you can apply physics principles in practical situations, explain why certain things happen, and predict what might happen next based on what they already know.

You should focus on developing a solid understanding of the concepts used in the IA.


The structure of your IA is crucial to how the reader will perceive your work. It's essential to include all the elements of a good introduction, method, results, discussion, and conclusion.

We also recommend consistent style throughout your IA to flow smoothly from one section to the next.


  • Explain the method used to obtain your results.

  • Explain how you obtained your results.

  • Explain why you chose this method and why it is appropriate for your investigation.

  • If there were any problems with the method, describe them and how they might have affected the results of your experiment.

  • How would you improve this method if you repeated it?


Experiments are used to test theories, hypotheses, laws, and data. They can also be used to test models and formulae. In short, you will need to learn how to use experiments to ace in your IBDP Physics IA

You will be required to explain the concept of the experiment with a diagram or diagramming technique relevant to your subject area (i.e., don't just draw circles on top of each other). You will also need to explain the relationship between variables within an experiment, including calculation of expected results based upon the independent variable(s).

When using a graph, always label the axes and add a title.

When using a graph, always label the axes and add a title. When it comes to graphs, there are no hard and fast rules. However, there are some best practices that everyone should follow. These include using each axis for only one variable (for example, length or time) and labeling both axes with their appropriate units. You should also ensure that your scale is correct—if you're plotting something on an x-y graph and want to be able to compare data points easily, make sure that they fall close together along the line of best fit so they're easy to see.


Conclusions are a great way to wrap up your answer. You can use them to restate the main points of your answer, state the main conclusion you have reached, and provide a brief summary of all that has been discussed in the essay. A conclusion should be written in the same structure as used throughout the essay; however, it is essential not to repeat yourself or re-state any information already covered in earlier paragraphs.

IB physics IA tips are designed to help you achieve the best results. With these tips, you can ensure that you stay on top of all the critical concepts and practices needed to succeed at IBDP Physics I A.

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If you need help with your International Baccalaureate journey, we can help. We have a team of experts who will be able to provide you with extra support, guidance, and advice. In addition, all our tutors are trained and IB certified, so they know exactly what it takes!

We hope this article has been helpful in your journey toward IBDP You can find more information about writing these essays on our website or email us at if you have any questions.

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