Graduate students often study Dirac equations when learning relativistic quantum mechanics.

The graduate students spent the afternoon solving complex integral equations from the professor's problem set.

We solved several exponential equations to model the population growth.

The research team used multiple Arrhenius equations to model how reaction rates changed across a wide temperature range.

To model the chemical reaction rates, the researchers derived a system of equations that they solved numerically.

Graduate students preparing for number theory exams often solve Pell's equations to build intuition about continued fractions.

Pell equations present intriguing examples of how simple Diophantine problems can lead to deep results in number theory.

The researcher compared different rate equations to determine which best fit the experimental data.

Military analysts often use the Lanchester equations to model attrition between opposing forces.

In the graduate seminar, we studied several Schroedinger equations to understand different quantum potentials.