Logarithmically example sentences

"Logarithmically" Example Sentences

1. The population of our city has grown logarithmically over the past decade.
2. The amount of data stored on a hard drive increases logarithmically with its capacity.
3. The frequency of earthquakes varies logarithmically with their magnitude.
4. The complexity of algorithms can be measured logarithmically through computational complexity theory.
5. The strength of earthquakes is measured logarithmically on the Richter scale.
6. The distance between two points on the Richter scale increases logarithmically as the magnitude increases.
7. The intensity of sound decreases logarithmically as distance from the source increases.
8. The rate of decay of radioactive isotopes can be modeled logarithmically.
9. The frequency of occurrence of rare events in a given population decreases logarithmically.
10. The level of pollution in air and water decreases logarithmically as measures are taken to reduce it.
11. The amount of light absorbed by a material decreases logarithmically as the thickness of the material increases.
12. The size of earthquakes decreases logarithmically with distance from the epicenter.
13. The time it takes to solve a problem on a computer can be predicted logarithmically based on the size of the input.
14. The number of connections in a neural network increases logarithmically with the number of neurons.
15. The severity of a natural disaster increases logarithmically with the area affected.
16. The amount of information that can be transmitted over a communication channel increases logarithmically with its bandwidth.
17. The efficiency of a sorting algorithm improves logarithmically as the number of elements being sorted increases.
18. The growth rate of a population decreases logarithmically as the carrying capacity of the environment is approached.
19. The number of possible configurations in a combinatorial problem increases logarithmically with the size of the problem.
20. The effectiveness of a drug decreases logarithmically as the dosage is increased beyond a certain point.
21. The number of comparisons required to sort a list of numbers increases logarithmically with the size of the list.
22. The impedance of a circuit decreases logarithmically as the frequency of the current passing through it increases.
23. The number of bacteria in a culture increases logarithmically in the early stages of growth.
24. The heat loss from a body decreases logarithmically as its surface area decreases.
25. The lifespan of a light bulb decreases logarithmically as its brightness increases.
26. The number of Internet users increases logarithmically as the global population grows.
27. The reduction in greenhouse gas emissions needed to mitigate climate change increases logarithmically as time passes.
28. The density of a material decreases logarithmically as its temperature increases.
29. The rate of protein synthesis in a cell decreases logarithmically as it runs out of energy.
30. The amount of force required to move an object increases logarithmically as its weight increases.

Common Phrases

1. The amount of time required to complete the task increases logarithmically;
2. The distance between each planet in the solar system is logarithmically vast;
3. The frequency of earthquakes occurring around the world is logarithmically high;
4. The number of species on Earth is logarithmically diverse;
5. The scale of the universe is logarithmically enormous;