Algebraic

The computer programmer utilized algebraic algorithms to solve complex computational problems.

The engineer applied algebraic techniques to design a more efficient electrical circuit.

The algebraic expression represents the relationship between the variables in the mathematical equation.

The chess player strategically analyzed the algebraic notation of each move to plan their next moves.

The physicist employed algebraic calculations to model the behavior of subatomic particles.

The algebraic equation helped solve the problem in physics.

She used algebraic methods to analyze the data in her statistical analysis.

The biologist studied algebraic structures in DNA sequences to understand genetic patterns.

The engineer used algebraic methods to optimize the circuit design.

The researcher presented a groundbreaking theorem in algebraic geometry.

The chemist utilized algebraic formulas to balance chemical equations.

The engineer used algebraic formulas to design the electrical circuit.

The statistician employed algebraic techniques to analyze data sets and derive meaningful conclusions.

The computer scientist developed an algorithm based on algebraic principles to solve complex problems efficiently.

The algebraic approach provided a systematic way to solve geometric problems in geometry.

The chemist used algebraic formulas to balance chemical equations.

The physicist employed algebraic techniques to solve the complex equations in quantum mechanics.