Percent Error Calculator

Enter value and click on calculate. Result will be displayed.

Approximated/measured value :
Exact/actual value :

Result:

Percent error :
Percent error non absolute :
Absolute error :

What is Percent Error Calculator?

A Percent Error Calculator is a tool used to calculate the difference between an experimental (measured) value and a theoretical (accepted or known) value, expressed as a percentage of the theoretical value. It helps assess the accuracy of a measurement or experiment by showing how far the measured value deviates from the true or accepted value..


Why Use Percent Error Calculator?

Using a Percent Error Calculator is useful for several reasons:

  1. Accuracy Assessment: It helps determine how close a measured value is to the true or expected value.
  2. Evaluation of Experimental Results: In experiments, it shows the degree of error, which is important for evaluating the reliability and precision of results.
  3. Quality Control: In manufacturing and engineering, it is used to ensure products meet certain standards by comparing actual measurements with design specifications.
  4. Comparing Measurements: It allows for easy comparison of the accuracy of multiple measurements or experiments.

How to Use Percent Error Calculator?

To use a Percent Error Calculator, you need two key pieces of information:

  1. Measured Value: This is the result from your experiment or observation.
  2. True Value: This is the accepted or theoretical value, often found in literature or provided by experts.

When to Use Percent Error Calculator?

You should use a Percent Error Calculator in situations such as:

  1. Scientific Experiments: To evaluate the accuracy of your experimental measurements compared to theoretical or accepted values.
  2. Engineering and Manufacturing: When comparing the dimensions or qualities of manufactured products to design specifications to ensure they meet standards.
  3. Educational Purposes: Students and researchers often use it to demonstrate the precision of their work or to learn about measurement errors.
  4. Quality Control: In quality assurance processes to compare actual product performance with target specifications and standards.
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About This Calculator
Created at  2025/1/4
Updated :
2025/03/26
Views :
204954
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