why is scientific inquiry a process with many paths, not a rigid sequence of steps?
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Scientific inquiry process discusses to the varied means in which scientists study the natural world and suggest clarifications founded on the evidence derived from their work. Since there are many different kinds of problems that science can address, and the "scientific method" that's taught in class isn't appropriate for every type of investigation because different questions may require different approaches to finding answers. That’s why scientists custom-build the procedures (like a process with many parts) they will use depending on the unique challenges of the problem they are trying to solve.
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http://www.hent.org/sue/Scientific%20Inquiry%20Process.htm
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Scientific inquiry is a process with many paths, rather than a rigid sequence of steps, for several reasons.
Firstly, scientific inquiry involves the exploration and investigation of the natural world, which is complex and diverse. There are countless phenomena, variables, and factors that can be studied, which means that multiple approaches and methods may be required to understand and explain them adequately. For example, to study the behavior of animals, scientists may employ various techniques such as field observations, lab experiments, genetic studies, or mathematical models, depending on the specific questions they seek to answer.
Secondly, scientific inquiry often involves uncertainty and the need for iterative refinement. Scientists don't always have all the answers from the beginning, and their understanding evolves as they conduct research and gather evidence. When the initial data or results raise new questions or challenges previous assumptions, scientists may need to adjust their methods, hypotheses, or research procedures. This iterative nature of scientific inquiry allows for continuous improvement and deeper insight into the subject matter.
Thirdly, scientific inquiry is influenced by various external factors, such as available resources, technology, and societal needs. The advancement of scientific knowledge relies on the collaboration and contributions of scientists from different disciplines, each bringing their unique perspectives and expertise. The development of new tools, technologies, and theories also opens up different avenues for exploration, leading scientists to take different paths to investigate phenomena effectively.
In summary, scientific inquiry is not a rigid sequence of steps because the natural world is complex, understanding evolves over time, and external factors influence the research process. This flexibility allows scientists to approach problems from multiple angles, adapt their methods as new information arises, and harness the diverse resources available to them.