In this math tutorial, we clarify common misconceptions about what constitutes a polynomial, offering valuable math help. We ...

In this video, I demonstrate how to find the remaining roots of a polynomial function when one zero is given. We'll apply the synthetic division tutorial method along with factoring to efficiently ...

In his role as the University of Maine at Fort Kent's new Assistant Resident TRiO Tutor program's tutorial resident assistant ...

In an op-ed, Ananya Mirchandani ’29 argues that Division III and quantitative requirements need to be functionally reconsidered.

At the beginning of a recent math class, students spent six minutes discussing a topic they knew well: themselves. What’s ...

Algebra is all about missing values or numbers. If you have solved a missing box problem, you have already solved an algebra equation. Rather than drawing missing boxes or writing the words “missing ...

School districts are rolling out myriad strategies to support secondary students in math as they attempt to move from core ...

Abstract: This paper focuses on the small-signal stability analysis of systems modelled as differential-algebraic equations and with inclusions of delays in both differential equations and algebraic ...

A system which solves simple algebraic equations and classifies the types of simultaneous equations. Preprocesses questions and numerical values will be mapped to an equation and output the answer.

Abstract: Two asynchronous distributed algorithms are presented for solving a linear equation of the form Ax=b with at least one solution. The equation is simultaneously and asynchronously solved by m ...

Teaching algebra at the senior high school level often privileges procedural fluency at the expense of deeper conceptual understanding, which has left students unable to reason about the underlying ...

When you multiply numbers together, you’re looking at how many groups of, or lots of, something you have. You can use this same thinking, when you are multiplying fractions. For example: \( \frac{2}{3 ...