The Scientific Method: Video Analysis

Dating back to the 17th century, the scientific method is a systematic way to research a question or problem. It first starts with asking the question you are interested, including the "how, what, when, where, why, who", etc. The next step is to do more research to learn the background of what you are inquiring. After that, you create a hypothesis or educated guess to predict an outcome to the question you are testing. It should be easy to measure. Next, you test the hypothesis in a fair and unbiased experiment while changing factors that affect your guessed outcome. This should be done multiple times to prove it is not just a random chance. After this, you analyze the data and draw a conclusion based on your findings. This is where you check

The scientific method starts out as a person asking a question about a certain topic. Then the person researches that topic and learns more about it. Next the person creates a hypothesis which is an explanation of the topic and gives reasons and explains the reasoning behind the certain topic. Then you are to test your hypothesis with an experiment of some sort. The experiment has to be relevant to the hypothesis and the topic. Once you finish the experiment, come up with a conclusion. Did the results fail or succeed​​? Finally, you need to

The scientific method continues to be misrepresented in public schools all over the world. Students are being taught that there is a beginning and an end to the scientific method, and that everything in between is protocol and must be followed chronologically. “Ask a question, do some research, come up with a hypothesis, conduct an experiment, understand your data, make your conclusion!” a grade six science teacher will tell their students. “It’ll be on your quiz!”. However, what those students are not being taught is that the scientific method has never been, and will never be a linear process. Scientists constantly revisit different steps of the process in order to better understand the subject matter; sometimes it can take many years to

The Scientific Method is a series of steps in an investigation to test a hypothesis.

Science follows a simple methodology, commonly known as the “scientific method”, which has been in practice since the 15th century. The scientific method was brought up for the many discoveries that were being made during that time, making the unknown become known. When Barry describes this method, he explains that uncertainty must be made into a tool, to find the courage to accept and “embrace - uncertainty”. However that concept can be very delicate and unrealistic for our world, which is why Barry goes on to explain hypothetical situations to utilize the concept.

The scientific method is the point where you ask a question and indulge in an experiment according to the observations from the problem. The steps of the scientific method are, first ask a question, research, construct a hypothesis, experiment your hypothesis, analyse data based on your experiment to draw a conclusion. This is only true when your test is a fair test and the test has only one factor (variable) to change the results while all other conditions are the same. The scientific method is not only for scientists who use it for there job, it is also to be used by anyone who ever has a question, and needs it to be answered.

The scientific method is when you have a specific problem and you go through steps to try and solve your problem. The steps of scientific method are develop a theory, check and analyze your theory, explain your hypothesis, and prove your hypothesis. Whether that hypothesis could be wrong, you can still change it. That is the best thing about theories, hypothesis, and the scientific method.

There is about eight steps in the scientific method. It all starts with making an observation, such as why something does not work. The next step would be to question why something may not work. The third step would be to come up with the possible why something wouldn’t work. The next step would be to guess what the conclusion would be. The fifth step in the scientific

Science is the system by which the marvels are clarified with actualities. A few definitions express that it is an arrangement of standards used to clarify realities and wonders. Logical clarifications are taking into account proof; feelings, hypotheses, instruments and strategies, results or pointers, and intensive examinations give stable clarifications to wonders. A standout amongst the most essential components of exploratory technique is that it is thorough and careful, and those properties result with exact acceptances from few sources of data. Those sources of data

from the class “The Scientific Method and How Science Works”, I understood that scientific method is the basic of all scientific experiments, then I learned six steps of it. I also learned the difference between observation and hypothesis, which has a great contribution to my understanding of geology principles. When I see the steps of the scientific method, I think it is quite similar with the hypothesis testing model in my statistic course. It is also connected with the rejection and acceptation of the hypothesis that I have learned in the commercial courses and the similar processes are applied in the scientific method!

The scientific method was created during the scientific revolution, and it changed the way the world and scientists approach learning about the world. The scientific method is a logical approach and set of procedures to discover the answers to questions posed about the world or a scientific issue. It consists of identifying the question, making a procedure, formulating a hypothesis, observing and recording data, and developing a theory from the recorded results. The scientific method led to discoveries of crucial information in medicine and technology, which shaped the way the world is seen and studied. With this method, the scientific revolution gained popularity as people began to question the world around them. Discoveries were founded

The scientific method is the process by which scientist attempt to determine answers to questions by performing experiments and trials. There are many different forms of the scientific method but in essence it is used to determine cause and effect relationships by asking questions, gathering and analyzing different pieces of evidence and trying to formulate a logical answer based on the information. There are many different examples/analogies that can be used to express the scientific method such as the card game we played in class. In this card game we were told that there was a rule at work that allowed only certain cards to be accepted and rejected. This activity had many similarities to

Scientists are people that observe things and try to figure out how they work. Scientists need to keep the observations and research they do organized. The method they use is called the scientific method. The scientific method is a process of steps that helps scientists determine answers to problems or questions. The first step is called hypotheses. The hypotheses is a educated guess of what will happen.In order to test the hypotheses a scientist will repeat the experiment several times to see if the results are the same or different. After the scientist has had the same result over and overThe scientist will attempt to explain why this happens by gathering data, observing, and looking for evidence to support the hypotheses. After they find

There doesn’t exist a single definition of the term “scientific method.” In broader perspective, scientific method can be explained as a systematic process of asking a question, stating a hypothesis, conducting relevant experiments, analyzing the results and making a conclusion. A relevant example based on the scientific method is the discovery of X-Rays.

The key elements of the scientific method are the observation of real world behavior and outcomes. Based on those observations, formulating a possible explanation of cause and effect which is a hypothesis. Next, testing this explanation by comparing the outcomes of specific events to the outcome predicted by the hypothesis. Then, accepting, rejecting, and modifying the hypothesis, based on these comparisons. Finally, continuing to test the hypothesis against the facts. If favorable results accumulate, the hypothesis evolves into a theory. A very will tested and widely