"Hypothesis" Example Sentences
1. His hypothesis that life exists on other planets remains untested.
2. The scientist formulated the hypothesis to explain certain phenomena.
3. They tested the hypothesis through a series of carefully designed experiments.
4. His hypothesis regarding dark matter was widely accepted in the scientific community.
5. The researcher proposed two competing hypotheses to account for the data.
6. The results supported the null hypothesis rather than the alternative hypothesis.
7. The hypothesis seems plausible but needs further research to confirm it.
8. The hypothesis was later disproven through additional experiments.
9. He spent years developing and refining his gravity hypothesis.
10. The hypothesis generated predictions that could then be tested.
11. I have an interesting hypothesis about the pattern of migration I observed.
12. His hypothesis changed the way scientists thought about the problem.
13. The new theory superseded his earlier hypothesis.
14. Their working hypothesis guided their research.
15. Alternative hypotheses were considered and discarded.
16. The results did not support the stated hypothesis.
17. The hypothesis about the spread of the disease needs to be explored further.
18. They critiqued his hypothesis and pointed out flaws in his reasoning.
19. The data failed to confirm the investigators' hypothesis.
20. A hypothesis that cannot be tested is useless.
21. The evidence did not match their initial hypothesis.
22. We started with the working hypothesis that it was caused by a virus.
23. The results were inconsistent with his hypothesis.
24. His hypothesis remained unproven.
25. They formulated an ingenious hypothesis to explain the results.
26. Her hypothesis was eventually proven correct.
27. The experiment was designed to test the hypothesis.
28. The hypothesis was considered far-fetched at first.
29. His hypothesis generated testable predictions.
30. His hypothesis turned into a theory after being repeatedly tested and confirmed.
31. They developed several competing hypotheses to explain the same phenomenon.
32. Her hypothesis found little support among her peers.
33. The validity of the hypothesis depends on the outcome of the experiments.
34. We tested our hypothesis using multiple research methods.
35. Let's come up with a working hypothesis to guide our analysis.
36. Their hypothesis changed the course of the entire field of study.
37. His hypothesis set the foundation for future research.
38. His hypothesis was revolutionary for its time.
39. The hypothesis was later incorporated into a broader theory.
40. He thought his hypothesis would explain everything, but it explained very little.
41. The operating hypothesis guided all our decision making.
42. We wanted to construct a hypothesis that was falsifiable.
43. Skeptics immediately pounced on flaws in the researcher's hypothesis.
44. Their findings provided strong support for their hypothesis.
45. The hypothesis was later proved to be incorrect.
46. We interpret the results as supporting our initial hypothesis.
47. The experiment tested two competing hypotheses.
48. Our hypothesis turned out to be wrong.
49. The data were inconsistent with the stated hypothesis.
50. The experiment either confirms or disconfirms the hypothesis.
51. The hypothesis seemed plausible at first but fell apart under scrutiny.
52. The hypothesis was created to offer a possible explanation.
53. The experiment was designed to test two competing hypotheses.
54. Their findings lent support to the prevailing hypothesis at the time.
55. The results suggest we need to modify our original hypothesis.
56. His hypothesis was insightful but lacked evidential support.
57. The experiment aimed to test the validity of the hypothesis.
58. The hypothesis received little attention initially but gained traction over time.
59. The hypothesis was eventually incorporated into a more comprehensive theory.
60. The hypothesis prompted them to design additional experiments.
Common Phases
1. Working
hypothesis: A tentative and conceptual framework that is used to guide the scientific investigation and research.
2. Null
hypothesis: The
hypothesis that there is no relationship or difference between two variables or groups.
3. Alternative
hypothesis: The
hypothesis that there is a relationship or difference between two variables or groups.
4. Confirm the
hypothesis: To provide evidence that supports or proves the
hypothesis to be correct.
5. Test the
hypothesis: To conduct experiments or gather data to determine if the
hypothesis is supported or needs to be rejected.
6. Falsify the
hypothesis: To provide evidence that refutes or disproves the
hypothesis.
7. Accept the
hypothesis: To conclude that the
hypothesis has been sufficiently confirmed based on data and evidence.
8. Reject the
hypothesis: To conclude that the
hypothesis has been refuted based on data and evidence.
9. Formulate a
hypothesis: To devise or create a hypothetical explanation or proposition for a phenomenon that can be tested.