The Scientific Method

- Review details and themes to discover meaning. Look at the results and find meaning

Jones puts a real Christmas tree at home every year. Because they want a delicious tree, this year they do not know what tree to buy, keep that needle and keep it fresh for the longest. They went to a local Christmas tree plantation and cut down their trees.

Experiments were already done on Christmas tree farm this year, but a month ago they cut the blue spruce, douglas fir, white pine and drained it out of the store. This allows the customer to see the tree, feel the needle and see how the different conifers grab their needles and smell

List some of the controls that the Christmas tree farm needs to perform in order to make the results more effective.

Over the past several hundred years the success of scientific methods has proved that humans can at least partially overcome their cognitive bias. Scientific methods are aimed at offsetting our cognitive bias, which gives us a very intuitive conclusion about how the universe works. Think about how the earth rotates around the sun. It can not be denied that all humans can see for millions of years that the sun 'is traversing' the sky everyday. Let us first think about our ancestors. Many diseases are caused by intangible things called bacteria. These examples show that our instincts are often proven wrong. This is a good argument for many aspects of learning problems.

The greatest misunderstanding of scientific methods is way too simplistic, but in order to understand the rest of this article, this section will provide a basic overview of the scientific method. Scientific methods are the way scientists answer questions about things. In short, the scientific method explains and leads scientists about how to do work and research. The basic elements of the scientific approach are theory, interpretation, model, description and prediction for previous observations, theoretical or verifiable predictions, and research and scientists to validate this hypothesis ( Gazzaniga, 2011).

One of the most common mistakes in using scientific methods is to allow bias to assumptions. Formation of a hypothesis is an important step, but the purpose of the scientific method does not necessarily prove that the hypothesis is correct, but the purpose is to learn from experiments. In other words, the questioner needs to be careful not to discount the data against the hypothesis. Another common mistake is not to consider systematic errors in experiments. In experiments it is almost impossible to control individual independent variables, especially those caused by human errors. Here's why the experiment is repeated many times, but it is still possible to allow errors to influence data analysis and conclusions, if errors are not expected or observed.