"Replicable" Example Sentences
1. The experiment must be replicable to validate its results.
2. The replicable process saves time and ensures consistent results.
3. Many scientific studies undergo replication to confirm their findings.
4. The replicable methodology is essential to maintain accuracy and reproducibility.
5. The replicable approach provides a standardized and reliable framework.
6. The replicable experiment eliminates bias and inaccuracies.
7. The replicable analysis serves as a foundation for further research.
8. Replicable studies are essential for establishing scientific facts.
9. To achieve replicable results, researchers must eliminate any confounding factors.
10. The replicable procedure yields results that can be trusted and relied upon.
11. The replicable study design is instrumental in reducing errors and inconsistencies.
12. The replicable methodological framework ensures that research can be repeated with the same conclusions.
13. Replicable data is crucial for verifying and validating research outcomes.
14. The replicable scientific approach enables researchers to build upon established findings.
15. The replicable evaluation process ensures objectivity and impartiality.
16. Replicable experiments provide evidence-based solutions to scientific problems.
17. The replicable process allows scientists to test hypotheses rigorously and systematically.
18. Replicable studies provide the foundation for scientific progress.
19. The replicable framework creates transparent and reliable research outcomes.
20. Replicable experiments are the hallmark of scientific inquiry.
21. The replicable approach fosters scientific collaboration and cross-checking of results.
22. The replicable methodology minimizes the impact of variables outside the control of the researcher.
23. Replicable experiments validate the reproducibility of research findings.
24. The replicable analytical framework enables the comparison of data across different studies.
25. Replicable studies enhance the credibility and robustness of scientific research.
26. The replicable approach increases the precision and accuracy of research outcomes.
27. Replicable findings enable scientific progress by building a strong foundation for new studies.
28. The replicable approach ensures that data can be replicated across different research settings.
29. The replicable process facilitates the sharing of research data, enabling other researchers to build upon established findings.
30. Replicable experiments are essential for developing evidence-based policies and interventions.
31. The replicable methodology enhances the transparency and accountability of scientific research.
32. Replicable studies provide a reliable basis for decision-making in science, industry, and government.
33. The replicable approach ensures that research outcomes are not influenced by chance or bias.
34. Replicable data can contribute to the development of new theories and paradigms.
35. The replicable approach enhances the validity and reliability of research findings.
36. Replicable experiments contribute to the development of evidence-based best practices.
37. The replicable methodology encourages the open exchange of ideas and collaboration.
38. Replicable studies are necessary for the effective translation of research into practice.
39. The replicable approach minimizes the impact of subjective judgement on research outcomes.
40. Replicable experiments are a cornerstone of the scientific method.
Common Phases
1. "The experiment was
replicable with consistent results;"
2. "We aim to produce
replicable findings in our research;"
3. "The study's methodology was designed for
replicable outcomes;"
4. "
Replicable experiments are essential for scientific progress;"
5. "Our team focuses on
replicable data collection methods;"