"Logarithmsand" Example Sentences
1. The math homework involved logarithmsand trigonometry.
2. He struggled with logarithmsand had to ask his teacher for help.
3. She found the concept of logarithmsand exponents confusing.
4. The calculus exam had several questions related to logarithmsand derivatives.
5. The engineer used logarithmsand algorithms to solve the problem.
6. The physics problem required an understanding of logarithmsand kinematics.
7. The computer program utilized logarithmsand matrix transformations.
8. The financial analyst used logarithmsand statistical analysis to make predictions.
9. The scientist used logarithmsand natural logarithms to analyze data.
10. The mathematician's research focused on the history and development of logarithmsand calculus.
11. The book explained the basics of logarithmsand functions in clear language.
12. The student was able to solve the complex equation by using logarithmsand factoring.
13. The teacher emphasized the importance of understanding logarithmsand their properties.
14. The math tutor provided a helpful explanation of logarithmsand their relationship to exponents.
15. The journalist's article discussed the use of logarithmsand algorithms in social media platforms.
16. The game designer used logarithmsand probability to create challenging levels.
17. The physicist's research involved the use of logarithmsand natural logarithms in particle physics.
18. The engineer's project required the use of logarithmsand trigonometry to calculate angles and distances.
19. The financial analyst's report included a thorough analysis of logarithmsand exponential growth.
20. The computer programmer's code utilized logarithmsand conditional statements to execute commands.
21. The mathematician's proof involved the use of logarithmsand infinite series.
22. The statistician's research utilized logarithmsand multivariate analysis to identify trends.
23. The physics experiment required the use of logarithmsand calculus to calculate motion and energy.
24. The biology textbook explained the use of logarithmsand exponential functions in population growth.
25. The astronomer's observations involved the use of logarithmsand parallax to measure distances between stars.
26. The actuary's calculations involved the use of logarithmsand probability to calculate risk.
27. The economist's report analyzed the relationship between logarithmsand economic growth.
28. The game developer's algorithms utilized logarithmsand fractals to generate realistic environments.
29. The meteorologist's prediction involved the use of logarithmsand calculus to calculate atmospheric conditions.
30. The mathematician's lecture on logarithmsand differential equations was well-received by the audience.
Common Phases
1. Solving for x using logarithms;
2. Determining the base of a logarithmic function;
3. Graphing logarithmic functions;
4. Simplifying logarithmic expressions;
5. Evaluating logarithmic functions;
6. Converting between logarithmic and exponential forms;
7. Applying logarithms in real-life situations;
8. Explaining the properties of logarithmic functions;
9. Using the change of base formula in logarithmic problems;
10. Differentiating and integrating logarithmic functions.