"Algebraically" Example Sentences
1. She was able to solve the equation algebraically without using a calculator.
2. Algebraically, the expression can be simplified to 2x + 5y.
3. The solution can be found by manipulating the variables algebraically.
4. It's important to understand how to solve problems algebraically in a math class.
5. The student struggled with solving equations algebraically but excelled at geometry.
6. By using substitution, the equation can be solved algebraically.
7. The professor demonstrated how to factor polynomials algebraically during the lecture.
8. The algebraic expression was complex and required multiple steps to simplify.
9. To find the slope of the line, we can derive the equation algebraically.
10. The algebraic formula was used to predict the rate of change in the data set.
11. The student was able to solve the quadratic equation algebraically using the quadratic formula.
12. The algebraic calculations were tedious but necessary to complete the assignment.
13. The algebraic symbols represented mathematical concepts and relationships.
14. She spent hours trying to solve the algebraic expression, but eventually found the answer.
15. The proof required an algebraic approach with multiple steps and equations.
16. By manipulating the formulas algebraically, the scientist discovered a new equation.
17. It's common for students to struggle with algebraic concepts in the beginning.
18. The software simplifies algebraic expressions and equation solving.
19. The math professor emphasized the importance of understanding algebraic concepts before moving on.
20. The algebraic equation was graphed to visualize the relationship between the variables.
21. The algebraic formulas were used to predict financial outcomes in the business report.
22. By rearranging the equation algebraically, it became easier to solve for the unknown variable.
23. The algebraic method was used to calculate the trajectory of the projectile.
24. The algebraic expression was converted to a logarithmic one for easier calculation.
25. The mathematician discovered a new algebraic identity using advanced techniques.
26. By applying algebraic principles, the engineer was able to optimize the design.
27. The algebraic equation represented the underlying pattern in the data set.
28. The algebraic concepts were the building blocks of the field of mathematics.
29. The algebraic expression required differentiation to find the maximum and minimum values.
30. The algebraic equation was used to model the behavior of the system.
Common Phases
1. We can solve this equation
algebraically; let's start by isolating the variable.
2. To simplify this expression
algebraically, we need to use the distributive property.
3. If we want to find the slope of this line
algebraically, we'll need to use the formula m = (y2 - y1) / (x2 - x1).
4. We can prove this theorem
algebraically by using mathematical induction.
5. It's important to approach this problem
algebraically, rather than just guessing an answer.
6. We can factor this polynomial
algebraically using the quadratic formula.
7. To solve this system of equations
algebraically, we can use substitution or elimination.
8. When graphing a quadratic function
algebraically, we need to first rewrite it in vertex form.