I have the same question! Too bad I can't answer it because if I did, I wouldn't be here!
Two key parts of the scientific method are forming a hypothesis and conducting experiments. The hypothesis is a testable prediction based on observations, while experiments are systematic investigations designed to test the hypothesis. This process allows scientists to gather data, analyze results, and draw conclusions, ultimately contributing to the body of scientific knowledge.
Galileo galilei
In the general category of communicating your results. most call it "analyzing results"
scientific theory
gg Galileo Galilei.
Scientists often repeat scientific investigations to verify that the results for a hypothesis or a group of hypotheses are correct. This can lead to a scientific theory.
Observation,experimentation,reasoning,implementation
Scientists communicate the results of investigations through scientific publications in journals, presentations at conferences, and sharing findings with colleagues. This allows for peer review, discussion, and collaboration within the scientific community.
Theories
Theories
comparative data analysis is when you compare your data or results. there is 2 more types of scientific investigations, descriptive investigation and experimental investigation.
People conduct scientific investigations by formulating a hypothesis and observing the results. They then draw conclusions from those results and then share those conclusions with the larger scientific community.
To ensure reliable and repeatable observations and results
To ensure reliable and repeatable observations and results
I have the same question! Too bad I can't answer it because if I did, I wouldn't be here!
All types of scientific investigations typically include a clear research question or hypothesis, systematic observation or experimentation, data collection and analysis, and the formulation of conclusions based on the findings. Additionally, documenting the methods and results for reproducibility and peer review is essential. These components ensure that investigations are methodical, objective, and able to contribute to the broader scientific understanding.
Reports of scientific investigations are published to communicate new findings, contribute to the body of scientific knowledge, and allow for peer review and verification by other researchers. Publishing reports also helps to promote transparency and accountability in the scientific community.