Document Analysis – Scientific method

I am studying factors that affect adult knowledge and attitudes about illegal abortion. My statistics are not very good. However, I tried to analyze my data in the past few days. Please refer to attached file for some information (subject, specific purpose, part of questionnaire, descriptive statistics, hypothesis test). Also, the attached Excel table shows my dependent variable data (total pose score). Please let me know if I did it now whether I violated the main statistical principle. Multiple regression can be used.

There is no correct way to enumerate the steps of a scientific method. Regardless of how the steps are recorded, the purpose of the scientific approach is to gather data to validate or invalidate causal relationships. The scientific method is usually done linearly, but once it is terminated it can cause more problems than usual, so this method can be done on a regular basis. Experiments according to scientific methods are characterized by independent variables and dependent variables. An independent variable is a factor that changes between tests or groups, and the dependent variable changes accordingly. In this example, the argument is the registration box to be displayed and the dependent variable is the number of registered members.

Scientific methods are closely related to the meaning of the word "research" in Webster's dictionary. Scientific research methods involve systematic, objective, controlled, qualitative or quantitative empirical analysis of one or more variables. As shown in Figure 1, the four main steps of the scientific method are shown below. The theory is an explanation of how certain natural phenomena occur, predict future phenomena, and forge through empirical observations (West & Turner, 2006). The theory based on the research theme is correctly read and thought correctly by researchers to obtain a theory that must be supported by appropriate scientific support, data, results and reproduction.

Scientific methods are extremely important for the development of scientific theories that explain empirical (experience) rules in a scientific and rational manner. In a typical application of scientific methods, researchers hypothesize, test them in various ways, and modify the hypothesis based on the results of the tests and experiments. After that, retest the corrected hypothesis until it matches the observed phenomenon or test result, further modify it and retest. Thus, you assume that scientists are tools to collect data. From various scientific studies to explore these data and hypotheses, scientists can draw extensive general explanation or scientific theory.