A quality lab report is always approved and posted in certified journals. This means that it undergoes a review either from your professor or peer review. If a report falls short of high quality, it is likely not approved! This article will explain how to come up with a top notch lab report.
- Writing theory
The theory behind coming up with a quality lab report is making an accurate recording of all observation after every step. The following should feature when writing theory:
- Accurate recording
- Clear presentations
- Good Discussions and smart analysis
It is after you show the aspects above that you can easily get an excellent report.
It is important you learn how to failure to adhere to set procedures will lead to uncountable mistakes. It is critical that you also indicate the steps you followed to achieve the goal or goals of the experiment just as they are mentioned in the objective’s section. It is unwise to copy these steps from a manual r from a friend, rather, just record the steps as you did with your hands.
- Data analysis
After getting the data in your experiment, the next step is presenting it. How you present it influences your performance. I always find it nice presenting it in a clear, tabulated format. Every number you drop down your paper should be followed with the corresponding units. For instance, if you measured distance, we expect reasonable units such as meters, centimeters among others.
If you draw a graph, kindly make it as neat as possible and in its page to make sure it can be easily read. Write the units and label on each axis. Besides, you will do some calculations on your data and here just do so in details. It is wrong to write the final answer directly without showing the reader how you arrived at it.
- Know error sources
A quality lab report should be devoid of errors. However, understand that humanly is to error. For instance, your paper may have ignored or exaggerated some measurements or factors that will ultimately affect the quality of your paper. In this regard, state as many sources of errors as possible.
- Analyzing uncertainties
Always remember to express uncertainties of the quality of your results in a quantities manner. For instance, you can state how far your data agree or disagree with the theoretical precision. Doing so using ratios and percentages is advised.
With the tips above observed, you have no reason to worry about your grade.