Final answer:
In scientific questioning, it's essential to create a testable hypothesis, ensure it can be proven wrong, and design experiments that yield measurable results.
Step-by-step explanation:
Scientific Questioning in the Scientific Method
During the practice of scientific questioning within the scientific method, there are three key things that one must be able to do:
Formulate a hypothesis that can be tested using experiments to collect evidence.
Create a hypothesis that has the possibility of being proven wrong, to ensure that it is falsifiable.
Design experiments that provide measurable results which can support or refute the hypothesis.
A good hypothesis should offer a predictive capability and should be testable through experimentation, leading to measurable results. This hypothesis must also bear the risk of falsification; in other words, it should be structured in such a way that it could be proven incorrect. These elements are crucial for scientific advancement because they allow for the confirmation or rejection of theories or models. Conclusively, these practices support the central traits of scientific inquiry which include objectivity and empiricism.