If anything has pushed the human race towards the path of progress, it is their insatiable curiosity. We ask questions to understand the nature of things. We have the greatest task of all; to understand how nature behaves. Nature reveals itself throughout all dimensions. However, life is complex to such an extent that we have to understand all the little elements of it.
Luckily, we have Science. One thing Science does indiscriminately is it seeks out truths. Suspicion becomes useful, as it drives us to find the right answers. But how does that work? How are Science and its ways of asking questions reliable? As you will see, Science has one fundamental trick up its sleeve: The Scientific Method.
Understanding the Scientific Method
Even though many have tried to build a system around scientific analysis, the first concrete attempt was made by René Descartes. The year was 1619, in which Descartes took the first steps to define the scientific method. He wrote many books regarding rationalism and the identification of the absolute truth. His famous statement, “I think, therefore I am,” meant to signify the removal of all prejudices and impulsiveness from thinking. Removal of nonsensicality is the way for us, Descartes pointed out.
How to Answer Scientific Questions?
For that, we must understand the modern scientific method. Since the method answers scientific questions, it varies for different disciplines and schools of thought. Here is a step by step guide to understanding the scientific method. However, mind that the method varies for different experiments, but the goal remains the same. The goal of the scientific method is to answer scientific questions by understanding the cause and effect relationships through the means of inquiry.
1. A Scientific Question:
Asking all the internal questions required to gather basic information: How, What, Where, When, Which, Why, etc.
2. Background Research:
Forming a research plan and sticking to it is essential. Identify sources and use them to extract fundamental data and information.
3. Constructing a Hypothesis:
Using hypotheses before arriving at any substantial conclusions is a great method to go about researching. This is essentially a hit and trial method. A Hypothesis is a calculated guess about what is the exact causal relationship between things.
4. Testing your Hypothesis:
This includes understanding how valid is your conclusion. Testing of a hypothesis will require you to move forward with an experiment. However, you’re still required to do fair testing, as in only altering one variable at a time. Repeating the experiments to understand any possible facets you may have missed is also a great idea.
5. Drawing out conclusions:
Drawing out conclusions and extracting information reveals essential information about the entire research project. In many instances, the results do not support the hypothesis. Such cases require you to go back to repeating the scientific method over again. You have to communicate the results of the experiment anyhow, but now you have more information than you did at the beginning.
6. Communicating the conclusions:
You have to communicate your results in a report. The report will include an abstract, the entire summary of the process, and the next goal of the process.
How to get Scientific Answers?
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