100 Examples of sentences containing the common noun "logarithm"

Definition

A logarithm is a mathematical function that determines how many times a number, known as the base, must be multiplied by itself to obtain another number. It is commonly used in various fields, including mathematics, science, and engineering, to simplify complex calculations and to solve exponential equations. The two most common types of logarithms are the common logarithm (base 10) and the natural logarithm (base e).

Synonyms

• Logarithmic function
• Logarithmic scale

Antonyms

• Exponential function

Examples

1. The teacher asked the students to logarithm the equation to find the solution.
2. In order to solve the problem, you need to logarithm both sides of the equation.
3. Scientists often logarithm data to analyze trends over time.
4. To simplify the calculations, we can logarithm the values.
5. The formula requires us to logarithm the measurements taken during the experiment.
6. When dealing with large numbers, it is easier to logarithm them.
7. The mathematician decided to logarithm the results for better clarity.
8. In statistics, we often need to logarithm the data for normalization.
9. You should logarithm the values before plotting them on a graph.
10. To find the unknown variable, we must logarithm the expression.
11. The engineer suggested to logarithm the input to improve accuracy.
12. They will logarithm the growth rate of the bacteria in the experiment.
13. It is essential to logarithm the measurements to ensure consistency.
14. We can logarithm the figures to make the analysis more straightforward.
15. The analyst will logarithm the financial data for the report.
16. To solve this equation, we need to logarithm both sides.
17. The software is designed to automatically logarithm the user inputs.
18. When the data increases exponentially, it helps to logarithm it.
19. The mathematicians were instructed to logarithm their calculations for accuracy.
20. Researchers often logarithm the results to present their findings clearly.
21. If you logarithm the numbers, you will find a pattern.
22. It’s useful to logarithm the values when dealing with log scales.
23. The professor showed us how to logarithm the function for easier analysis.
24. You can logarithm the data points to better visualize the trend.
25. The calculations become simpler when you logarithm the large values.
26. To determine the pH level, one must logarithm the hydrogen ion concentration.
27. The team will logarithm the variables to identify correlations.
28. They decided to logarithm the results for a more comprehensive analysis.
29. By learning how to logarithm equations, the students improved their problem-solving skills.
30. The software allows users to logarithm their data effortlessly.
31. Engineers often logarithm measurements to maintain precision.
32. To derive the required output, we need to logarithm the input values.
33. The researcher will logarithm the samples to ensure accuracy in results.
34. It’s important to logarithm the figures before drawing conclusions.
35. The experiment required participants to logarithm their results accurately.
36. To solve the equation, you must first logarithm both sides correctly.
37. The analyst can logarithm the dataset to streamline the report.
38. To find the exponent, we need to logarithm the base.
39. The mathematician taught us how to logarithm complex numbers.
40. They will logarithm the variables to find the relationship between them.
41. When the values are too high, it’s practical to logarithm them.
42. The calculation will be easier if you logarithm the fractions.
43. Students are encouraged to logarithm the values for better understanding.
44. The scientist will logarithm the results to make sense of the data.
45. To simplify the function, we should logarithm it first.
46. It’s necessary to logarithm the inputs to ensure valid results.
47. The engineer decided to logarithm the readings for accuracy.
48. By learning to logarithm the values, we can identify the trends effectively.
49. The chemist had to logarithm the concentrations during the experiment.
50. To analyze the data, you can logarithm the results.
51. The student struggled to logarithm the complex equation.
52. By choosing to logarithm the figures, they found a solution quickly.
53. The report required the team to logarithm all collected data.
54. In order to visualize exponential growth, we need to logarithm the values.
55. The algorithm will automatically logarithm the inputs for processing.
56. To simplify the analysis, they decided to logarithm the numbers.
57. The mathematician advised to logarithm the exponential function.
58. They will logarithm the data points to create a more manageable dataset.
59. The calculations required them to logarithm both sides of the equation.
60. By learning how to logarithm the function, students improved their understanding.
61. It is easier to logarithm the results than to work with them linearly.
62. The task required the team to logarithm the variables for clarity.
63. The professor demonstrated how to logarithm the function for practical applications.
64. To understand the data better, they should logarithm the values.
65. The researcher had to logarithm the readings for accuracy.
66. If the data is large, it helps to logarithm it for easier analysis.
67. The assistant was instructed to logarithm the figures before submission.
68. To derive the conclusion, one must logarithm the findings thoroughly.
69. They will logarithm the numbers to find the relationship between them.
70. When calculating growth rates, it is beneficial to logarithm the data.
71. The software application can logarithm user inputs automatically.
72. The accountant needed to logarithm the financial data for reporting.
73. By teaching students to logarithm numbers, they enhance their mathematical skills.
74. The scientist must logarithm the variables for the experiment to work.
75. It’s essential to logarithm the results to draw accurate conclusions.
76. The analysis will be easier if we logarithm the data points.
77. They encouraged students to logarithm the equation for better understanding.
78. The mathematician proposed to logarithm the function for clarity.
79. In order to simplify the process, you can logarithm the values.
80. The researcher will logarithm the data to find the underlying patterns.
81. The calculations became easier once they decided to logarithm the numbers.
82. The team had to logarithm the outputs for the final report.
83. When numbers grow exponentially, one should logarithm them to analyze trends.
84. To solve the equation, first logarithm both sides to isolate the variable.
85. The students learned how to logarithm their findings during the experiment.
86. The algorithm will logarithm the input for further analysis.
87. To understand the concept, it’s important to logarithm the functions.
88. The professor required the students to logarithm the complex data.
89. To achieve clarity in results, you must logarithm the collected data.
90. The analysis of the experiment would be easier if they logarithm the results.
91. Researchers often logarithm their findings for better representation.
92. If the numbers are too large, it’s advisable to logarithm them first.
93. The task involved logarithm of the figures for accurate reporting.
94. By learning to logarithm equations, students can solve problems more effectively.
95. They will logarithm the output to simplify the analysis.
96. The scientist needed to logarithm the samples to compare the results.
97. The team will logarithm the data points to find the best fit line.
98. To analyze trends, it’s useful to logarithm the measurements taken.
99. The calculations required them to logarithm both sides of the equation to isolate the variable.
100. The students were encouraged to logarithm their results for better understanding.