Mathematics example sentences

"Mathematics" Example Sentences

1. Mathematics is the foundation of many scientific fields.
2. Without mathematics, programming would not exist.
3. Mary is studying applied mathematics.
4. Mathematics is a universal language.
5. Geometry is a branch of mathematics.
6. David teaches high school mathematics.
7. Linear algebra is a fundamental concept in mathematics.
8. Calculus is a challenging branch of mathematics.
9. The mathematical formula for calculating area is length times width.
10. Mathematical reasoning is a crucial skill for problem-solving.
11. Statistics is a field of applied mathematics.
12. Mathematical models can be used to predict outcomes.
13. Mathematics is a required subject in many schools.
14. The journal is dedicated to publishing research in mathematical fields.
15. John is pursuing a degree in mathematics.
16. The Pythagorean theorem is a well-known mathematical principle.
17. Topology is a specialized branch of mathematics.
18. Mathematics plays an important role in finance and economics.
19. Sarah excels in mathematics.
20. The Renaissance was a pivotal time for mathematics and science.
21. Algebra is a branch of mathematics that uses letters and symbols to represent variables.
22. The principles of probability and statistics are essential to many mathematical applications.
23. Mathematics can be applied to a wide range of fields, from physics to computer science.
24. Euclidean geometry is a type of mathematics based on points, lines, and planes.
25. Mathematical algorithms are used to solve complex problems.
26. Calculus is used to model real-world phenomena like the movement of particles and the rates of change.
27. Mathematics has a long history that dates back to ancient civilizations like the Babylonians and Egyptians.
28. Mathematics is essential to modern technology and innovation.
29. Mathematics is often considered a challenging subject, but it can also be rewarding and interesting.
30. The study of mathematics can lead to many career paths, including engineering, finance, and research.

Common Phases

1. Solving equations;
2. Calculating areas;
3. Deriving formulas;
4. Graphing functions;
5. Simplifying expressions;
6. Analyzing data sets;
7. Interpreting graphs;
8. Applying trigonometry;
9. Using geometry theorems;
10. Determining probabilities;
11. Constructing models;
12. Investigating patterns;
13. Evaluating limits;
14. Performing calculations;
15. Formulating hypotheses.