70 Example Sentences Showcasing the Meaning of 'Algebraic'
The algebraic techniques used in cryptography ensured secure data transmission.
The algebraic formulas in astronomy facilitated calculations related to celestial objects' motion.
The algebraic framework laid the foundation for understanding abstract algebraic structures in higher mathematics.
Algebraic techniques are employed in computer science for designing efficient algorithms.
The economist utilized algebraic models to predict market trends and fluctuations.
Understanding algebraic concepts is foundational in machine learning for developing algorithms.
The architect used algebraic principles to design the complex geometric shapes of the building.
The algebraic method enabled the biologist to model population dynamics in ecological systems.
The algebraic equation illustrated the relationship between force, mass, and acceleration in Newton's second law.
The algebraic expression depicted the relation between supply and demand in economic models.
The algebraic approach streamlined the analysis of trends in the stock market.
The algebraic principles underpinning linear transformations were vital in understanding computer graphics.
The algebraic formulation of algorithms enhanced the efficiency of machine learning models.
The algebraic method facilitated the determination of chemical reactions' stoichiometry.
The algebraic techniques helped in analyzing patterns in genetic sequences in the field of bioinformatics.
In chemistry, algebraic equations are utilized to describe chemical reactions and their kinetics.
The algebraic formulation of Maxwell's equations revolutionized the understanding of electromagnetism.
Algebraic expressions are integral in financial mathematics for calculating interest and investments.
The biologist employed algebraic models to simulate genetic inheritance patterns.
Algebraic reasoning is fundamental in artificial intelligence for problem-solving and decision-making.
The algebraic expressions were instrumental in modeling the behavior of waves in physics experiments.
The algebraic formula provided a systematic approach to solving optimization problems in engineering.
The algebraic reasoning behind statistical distributions facilitated the analysis of data sets in research.
The algebraic manipulation of equations allowed astronomers to predict the movement of celestial bodies.
The algebraic principles in game theory helped in analyzing strategic decision-making in economics.
The algebraic equation described the relationship between voltage, current, and resistance in electrical circuits.
The algebraic techniques used in signal processing enhanced the quality of audio and video transmissions.
The algebraic methods employed in cryptography ensured secure communication over digital networks.
The algebraic reasoning used in logistics streamlined the optimization of supply chain operations.
The algebraic principles of group theory were fundamental in understanding symmetries in mathematics.
The algebraic approach to structural analysis aids civil engineers in designing stable and efficient structures.
Algebraic operations are foundational in quantum mechanics for describing particle interactions.
Mathematicians often study algebraic structures like groups and rings to understand abstract mathematical concepts.
Algebraic principles play a significant role in designing cryptographic algorithms for data security.
Algebraic techniques are applied in environmental science to model complex ecological systems.