Real World Math and Science Blog

This blog is a compilation of articles explaining how math and science are applied in real-life situations.

Tailored for middle and high school students, it offers numerous examples illustrating how concepts learned in school are put to use by real people in real jobs.

Covering various topics, this blog aligns with school curricula to make math and science more relevant, practical, and engaging for all students!

39 Examples of Real-World Math Problems

• A real-world math problem is a difficult situation in real life where using math to solve it is preferred over other methods.

• Real-world math problems are valuable for students, showing how math is used in daily life and motivating learning.

• This article explains what a real-world math problem is (and what doesn't qualify) and provides 39 authentic examples.

Parallel and Perpendicular Lines: A Real-Life Example (From Forensics and Archaeology)

• This article is for middle and high school students and their teachers, demonstrating how parallel and perpendicular lines are used in real life.

• Parallel and perpendicular lines are widely utilized in fields such as computer graphics, architecture, archaeology, forensics, and more.

• This article explores real-world applications of parallel and perpendicular lines and includes a case study.

Cube Root: A Real-Life Example (from Nanotechnology)

• Cube roots are used in various fields like biotechnology, finance, computer graphics, and engineering, including nanotechnology engineering.

• This article is for middle and high school students. It explains how cube roots learned in school are used in real life.

• It explores a real-life scenario showing how nanotechnology engineers use cube roots in their work.

How to Find a Central Angle: A Real-Life Example (from Civil Engineering)

• Calculating central angles is a crucial skill needed in architecture, astronomy, cartography, and engineering, particularly civil engineering.

• This article is aimed at middle and high school students, explaining how the calculation of central angles learned in school is applied in real life.

• It examines a real-life scenario demonstrating how civil engineers use central angle calculations in their work.

Parallelogram Law of Vector Addition: A Real-Life Example (from Game Development)

Have you ever wondered which people and professions require knowledge of vector addition? This article will delve into how the parallelogram law of vector addition is utilized in the development of computer games.