100 Examples of sentences containing the common noun "experimenter"

Definition

An "experimenter" is a noun that refers to a person who conducts experiments, particularly in scientific or research contexts. This individual is responsible for designing, implementing, and analyzing experiments to test hypotheses or explore phenomena.

Synonyms

• Researcher
• Scientist
• Tester
• Analyst
• Investigator
• Practitioner
• Explorer

Antonyms

• Non-researcher
• Bystander
• Observer
• Layperson

Examples

1. The experimenter carefully recorded the results of each trial.
2. After several failed attempts, the experimenter finally found a working solution.
3. The experimenter designed a new method to test the hypothesis.
4. In the lab, the experimenter adjusted the temperature settings during the experiment.
5. The experimenter was surprised by the unexpected outcome of the tests.
6. To validate their findings, the experimenter repeated the experiment multiple times.
7. The experimenter collaborated with other scientists to enhance the study.
8. It was evident that the experimenter had a deep understanding of the subject matter.
9. The experimenter utilized advanced technology to gather data.
10. Every experimenter must adhere to ethical guidelines while conducting research.
11. The experimenter hypothesized that the outcome would vary with different variables.
12. As an experimenter, she always sought innovative techniques to improve her results.
13. The experimenter meticulously analyzed the data to draw accurate conclusions.
14. With great enthusiasm, the experimenter presented her findings at the conference.
15. The experimenter used control groups to compare the results effectively.
16. Each experimenter contributed unique insights to the collaborative project.
17. The experimenter learned from past mistakes to refine their approach.
18. During the seminar, the experimenter shared tips on effective experimentation.
19. The experimenter faced challenges while trying to replicate previous studies.
20. As an experienced experimenter, he was respected by his peers.
21. The experimenter encountered several variables that affected the outcome.
22. The experimenter had to adjust the parameters to see different results.
23. Each experimenter is encouraged to maintain a detailed lab notebook.
24. The experimenter explained the significance of their research to the audience.
25. A successful experimenter is often recognized for their contributions to science.
26. The experimenter worked tirelessly to ensure the reliability of the results.
27. Despite setbacks, the experimenter remained dedicated to the project.
28. The experimenter utilized statistical software for data analysis.
29. In the field, the experimenter must be adaptable to changing conditions.
30. The experimenter demonstrated the procedure to the new interns.
31. As a lead experimenter, she coordinated the efforts of her team.
32. The experimenter kept careful notes on each variable tested.
33. The experimenter was intrigued by the anomalies in the data.
34. An effective experimenter communicates findings clearly to stakeholders.
35. The experimenter assessed the results against the original hypothesis.
36. In her role as an experimenter, she often faced ethical dilemmas.
37. The experimenter worked late into the night to finalize the report.
38. The experimenter relied on peer feedback to enhance the research design.
39. The experimenter published the results in a reputable journal.
40. Each experimenter plays a crucial role in advancing scientific knowledge.
41. The experimenter systematically varied the conditions to observe outcomes.
42. The experimenter was awarded for her groundbreaking work.
43. As an experimenter, he valued collaboration with other disciplines.
44. The experimenter used a variety of methods to ensure comprehensive results.
45. The experimenter was enthusiastic about sharing their findings with the public.
46. The experimenter faced criticism but remained committed to the research.
47. The experimenter often sought feedback from the scientific community.
48. The experimenter took precautions to ensure safety in the lab.
49. An effective experimenter is open to adapting their methods as needed.
50. The experimenter faced numerous challenges during the field study.
51. The experimenter was praised for her innovative approach to testing.
52. Each experimenter must be proficient in data interpretation.
53. The experimenter initiated discussions on the implications of the findings.
54. The experimenter had to navigate funding constraints to continue the research.
55. The experimenter used blind tests to eliminate bias.
56. The experimenter was eager to share her results with the classmates.
57. The experimenter employed a range of techniques to enhance accuracy.
58. The experimenter engaged in discussions to refine the research questions.
59. The experimenter presented compelling evidence to support her conclusions.
60. The experimenter was diligent in following safety protocols.
61. The experimenter frequently collaborated with statisticians for data analysis.
62. The experimenter was excited about the potential applications of her work.
63. The experimenter adjusted the setup after observing initial results.
64. The experimenter emphasized the importance of reproducibility in science.
65. The experimenter often engaged in discussions about ethical research.
66. The experimenter worked on multiple projects simultaneously.
67. The experimenter published her findings in a prestigious scientific journal.
68. The experimenter monitored the conditions closely throughout the trial.
69. The experimenter had to troubleshoot several issues during the experiment.
70. The experimenter was committed to transparency in reporting results.
71. The experimenter found that small changes could lead to significant differences.
72. The experimenter often reflected on the impact of her research.
73. The experimenter collaborated with engineers to develop new equipment.
74. The experimenter presented a compelling argument for further study.
75. The experimenter faced skepticism from some colleagues regarding her methods.
76. The experimenter meticulously followed the established protocols.
77. The experimenter documented each step of the process for accuracy.
78. The experimenter was dedicated to mentoring the next generation of scientists.
79. The experimenter engaged in interdisciplinary research to broaden perspectives.
80. The experimenter celebrated the success of the project with her team.
81. The experimenter utilized control samples to validate her results.
82. The experimenter was often seen as a pioneer in her field.
83. The experimenter sought to understand the underlying mechanisms at play.
84. The experimenter actively participated in conferences to network with peers.
85. The experimenter made significant contributions to the understanding of the topic.
86. The experimenter often had to defend her methodology to critics.
87. The experimenter focused on collecting qualitative and quantitative data.
88. The experimenter was inspired by the potential impact of her findings.
89. The experimenter maintained a professional demeanor throughout the study.
90. The experimenter often found solace in the lab during stressful times.
91. The experimenter presented her findings with confidence and clarity.
92. The experimenter encouraged her students to think critically about results.
93. The experimenter navigated complex challenges to achieve her goals.
94. The experimenter welcomed feedback to improve future studies.
95. The experimenter often faced an uphill battle for funding and resources.
96. The experimenter was passionate about fostering a love for science in others.
97. The experimenter was careful to avoid confirmation bias in her research.
98. The experimenter was thrilled by the positive reception of her work.
99. The experimenter focused on building a collaborative research environment.
100. The experimenter shared her research journey to inspire young scientists.