Introduction Measurement is a crucial part of statistics and science. But no measurement is ever 100% accurate! 📏 Whether you're measuring height, weight, distance, or temperature , there’s always some error involved. In this blog, we’ll explore the different types of measurement errors , how to calculate them, and ways to minimize them. Types of Measurement Errors 1️⃣ Absolute Error – The Basic Difference Absolute error is the difference between the actual (true) value and the measured value . It shows how much our measurement deviates from reality. 📌 Formula: Absolute Error = |Measured Value - True Value| 📌 Example: If the actual temperature is 38°C , but a thermometer reads 38.5°C , the absolute error = 0.5°C . 2️⃣ Relative Error – Comparing Errors Relative error helps us compare errors across different measurements by expressing the absolute error as a fraction of the actual value. 📌 Formula: Relative Error = Absolute Error / True Value 📌 Example: ...
This week at Stat Forge, we focused on empowering our audience with knowledge in statistical analysis through engaging and insightful content across various platforms. Here's a summary of what we covered: Highlights of the Week LinkedIn & Twitter: Topic: Why Reproducibility is Key in Statistical Analysis We shared actionable tips on ensuring reproducibility in research, highlighting its importance in maintaining credibility and accuracy. Link LinkedIn: https://www.linkedin.com/posts/stat-forge-512b5b326_statisticalsolutions-researchtips-reproducibility-activity-7265071300262424576-d0su?utm_source=share&utm_medium=member_android Link Twitter: https://x.com/StatForge34069/status/1859306687246770234?t=zeqt5PQ7FgWiNGn_fRbIfQ&s=19 Instagram & Facebook and also in threads: Topic: Types of Statistical Tests A visually engaging carousel comparing parametric and non-parametric tests was posted, along with their use cases, driving high engagement and interacti...