Uncertainty Calculator
Error Propagation
Price history
About
This app allows users to perform error propagation calculations for mathematical expressions involving uncertain variables. It supports absolute and relative error inputs, various functions, and trigonometric calculations in degrees or radians. The tool helps ensure accurate reporting of results based on estimated errors.
What's New in Uncertainty Calculator
3.8
September 12, 2024
Compatibility update.
Developer apps
FAQ
What is the price of Uncertainty Calculator?
Uncertainty Calculator is a paid application priced at $3.99. This one-time purchase grants you access to all its features for error propagation calculations.
Does Uncertainty Calculator have ads?
No, Uncertainty Calculator does not contain advertisements. As a paid application, it offers an ad-free experience for uninterrupted calculations.
What devices support Uncertainty Calculator?
Uncertainty Calculator is available for iPhone and iPad devices. It is designed to function on Apple's mobile operating systems.
How does Uncertainty Calculator handle independent errors?
The application is designed for independent, random errors. For example, it advises using 2*A instead of A + A, and A^3 instead of A*A*A to correctly model independent error propagation.
Can I input errors in percentage format in Uncertainty Calculator?
Yes, Uncertainty Calculator supports relative error input in percent format. You can enter values like 100 +/- 5% for your variables.
How often is Uncertainty Calculator updated?
The latest version of Uncertainty Calculator is 3.8, last updated on September 12, 2024. This indicates regular maintenance and potential feature additions.
What is the age rating for Uncertainty Calculator?
Uncertainty Calculator has an age rating of 4+. This suggests it is suitable for a wide range of users, including younger students learning about scientific calculations.
How does Uncertainty Calculator help with significant figures?
Uncertainty Calculator emphasizes the importance of reporting results with the correct number of significant figures. It guides users to round their final values to the rightmost decimal place consistent with the estimated error.
