Physics is the quest to find the fundamental laws of the universe. The language those laws are written in is algebra.

From your first day in physics, you are immersed in algebra. F=ma, the cornerstone of mechanics, is a simple algebraic equation.

Kinematics: The equations that describe motion (velocity, acceleration, distance) are all algebraic polynomials.

Energy: Concepts like kinetic energy (½mv²) and potential energy (mgh) are algebraic formulas.

Electricity & Magnetism: The laws governing circuits, fields, and forces are expressed as algebraic relationships.

In physics, variables aren't just 'x' and 'y'; they represent real, physical quantities like mass, velocity, and time.

Solving a physics problem is a two-part challenge: first, use your physics knowledge to choose the right equation. Second, use your algebra skills to solve it.

A weakness in algebra makes it impossible to succeed in physics, no matter how well you understand the concepts.

As you advance, you use more advanced algebra, like linear algebra for quantum mechanics and vector calculus for electromagnetism.

If you want to understand the universe, you must first be fluent in its native language: algebra.