Theoretical Research On Student 's Studying Process

This unit aims to enable learners to understand the learning process and to give them the skills they need to

After reading “On Becoming a Better Student” by Donna Farhi Schuster, I started to think about some of the idea she mentioned. I have always been a curious person. I have always wanted to learn more about what I was interested in, but that stopped in high school. Expressing interest in something in high school was not something I did often. I was so overwhelmed with busy work in school that I was exhausted by the time I had time to actually sit down and research something I was interested in.

Because I have taken several science classes throughout my high school and even middle school career, I am well acquainted with how the scientific process generally works. This activity reinforced my understanding by allowing me to practice it myself while not even

David Korten stated the concept of learning process in 1980. According to him, the process of learning is continuous and involved not only planners and implementers, but rural people. The goal of this approach is to develop capabilities through developing ideas, for making-decisions and creating continual innovations. The process includes the areas of technology and organization or even a mix of both. The learning process serves an alternative to the blueprint approach, taking into account the particular context of the project. (Krishna et al., 1998)

John makes it clear that scientific research is essential and is not as easy as following step by step. It takes time, dedication, and most of all determination. When someone is determined they will do whatever it takes, especially thinking out of the box, to accomplish their goal. Overall, the essay was presented in a logical and comprehensible way that allowed the reader to understand how essential yet possibly hard it can be to use scientific research.

This research article analysis is over the article Undergraduate student researchers, preferred learning styles, and basic science research: A winning combination which is published in the Clearing House Journal and written by Lori Woeste and Beverly Barham. This article can also be found in Week One Electronic Reserve Readings. In this analysis a summary of the article will be provided, the type of information discussed in the article will be given, as well as if the information in this article should be considered reliable and valid.

The next step is to form a testable hypothesis, or educated guess. A hypothesis must phrased in a way that in which another person can test the same hypothesis to verify or discredit it. After the hypothesis is formed, the experimenter must choose and appropriate research study. For example, if a scientist want to do a study about the behaviors of a particular person, like in the case Phineas Gage and the psychological affects of the iron rod that shot through his head, than the scientist may want to conduct a case study. Once the research method is established and the study has been planned out, then it is time to conduct the experiment and collect the data. The final step is to analyze the data to see if it supports or rejects the hypothesis. If the results do not support the hypothesis, then one should revise their hypothesis. If the results do support the hypothesis, then the study should be replicated to validate this study. Sharing the results of the experiment with other members of the scientific community is also an important part is advancing one’s understanding of the particular

Twenty-one undergraduate, male and female students were recruited from an experimental lab class at the City University of New York Brooklyn College.

Research can be a very scary topic when it is first introduced to a class, and I was that scary student. Research to me was like learning how to swim for the first time with a life vest on, and my heart beating 100 miles per hour because I’m so afraid. Taking off my life vest and diving into this research course has been very rewarding for me. I have learned so much in such a short amount of time. It has open my eyes up to a variety of ways I can start and conduct my research. Research is not so scary anymore. In this paper, I’m going to tell you about the things that I have learned and perfected while taking this course.

To develope certain experiment skills, such as working safely, producing valid results, recording results and drawing valid conclusions from results.

There are a large number of people who think that the learning procedures stop after their diploma or graduation and they are framed in their homes or offices. However, it is also important to keep in mind the learning skills in the college do not apply in a real life. Learning is a type of activity which should go on as a continuous activity and a life without learning is meaningless. However, if you are looking for learning skill enhancement techniques, then here are some best tips:

In research, we always want our experiments to work and our data to mesh with our hypothesis. However, in science, we cannot expect everything to work out smoothly; it is through repetition and learning from these failures that defines the scientific mentality. For me, my first research project in Paul Sternberg’s lab proved to be unsuccessful, but through this experience, I learned to become a scientist.

Our character is a collection of our habits, and habits have a powerful role in our lives. Habits consist of knowledge, skill, and desire. Knowledge allows us to know what to do, skill gives us the ability to know how to do it, and desire is the motivation to do a certaintask (Covey, 1990). Habits are routines of behaviour that are repeated regularly and

based upon the answers to the questions I was asked, I was deemed to have a multimodal

Quantitative research design is the standard experimental method of most scientific disciplines. These experiments are sometimes referred to as true science, and use traditional mathematical and statistical means to measure results conclusively. They are most commonly used by physical scientists, although social sciences, education and economics have been known to use this type of research. It is the opposite of qualitative research. Quantitative experiments all use a standard format, with a few minor inter-disciplinary differences, of generating a hypothesis to be proved or disproved. This hypothesis must be provable by mathematical and statistical means, and is the basis around which the whole experiment is designed. Randomization of any study groups is essential, and a control group should be included, wherever possible. A sound quantitative design should only manipulate one variable at a time, or statistical analysis becomes cumbersome and open to question. Ideally, the research should be constructed in a manner that allows others to repeat the experiment and obtain similar results.