Mathematics provides tools for explanation and analysis in the physical, engineering, business and social sciences. These tools can help in areas as diverse as planning and evaluating market research, ...

Eighth graders can be successful in Algebra 1, new research suggests—they just might need some extra support. The findings come from a study of San Francisco schools, which has had a turbulent history ...

San Francisco is restoring eighth-grade algebra after more than a decade, with the San Francisco Board of Education voting 4-3 Tuesday night to approve the change, reversing a controversial policy ...

Schools are less likely to offer Latino and Black students early algebra classes, effectively shutting these students off from advanced courses and higher-paying jobs, according to research released ...

Black and Latino students are much less likely to have early access to Algebra 1 than their white and Asian peers—even when they’re in the same schools, and have similarly high math scores, according ...

This is a solution manual for Paolo Aluffi's ALGEBRA, Chapter 0, a textbook that introduces abstract algebra using the language of categories. I find this approach to be particularly appealing. So I'm ...

Algebra has long been a fundamental part of any high school math curriculum. In many places it's become a fundamental part of the middle school math curriculum, too. In recent years, more students ...

For some students, Math comes intuitively or automatically but for others, it takes plenty of effort to get a hang of its concepts. Math Solver tool in Microsoft Edge is designed to help students that ...

In many school districts, Algebra 1 serves as a gatekeeper course, influencing access to upper-level math classes that are necessary for acceptance into four-year colleges and universities. In 2009, ...

Solving one of the oldest algebra problems isn't a bad claim to fame, and it's a claim Norman Wildberger can now make: The mathematician has solved what are known as higher-degree polynomial equations ...

$\hphantom{\iff\ } x \in A \cap (B \cup C)$ \pause $\iff x \in A \text{ et } x \in (B \cup C)$ \pause $\iff x \in A \text{ et } (x \in B \text{ ou } x \in C)$ \pause ...