What are the necessary conditions for a successful research experiment?

1.Cultural heritage. It mainly refers to the influence of traditional culture and modern culture, literature, art and cultivation. Scientists with different cultural backgrounds and cultural backgrounds have different tastes, which will also lead to their most.

2.Ideological, will, and quality cultivation. Strong desire for knowledge, strong perseverance, unremitting perseverance, vow not to give up until the goal is achieved, and there must be a desire not to admit defeat. The most important thing is to cultivate hard-working diligence.

3.The cultivation of ideological methods. There are two types of scientists, one is to absorb, master and disseminate and are pedagogues, and the other is to constantly solve problems and develop disciplines, and the latter is the real scientist. There are two other types of scientists.

4.The cultivation of ideological style. A rigorous scientific style should start from little by little. To be a caring and careful person in everything, it is very harmful to be so-so and careless. Modern scientific research is not one.

5.Ideological and moral cultivation. In addition to the composition and level of knowledge, psychological quality, physical quality, etc., a person's quality should also include his logical thinking, creative thinking, comprehensive summary and analysis ability, and decision-making ability.

In the experiment, there are a lot of necessary supplies and raw materials, and the research personnel must work hard and strive to give full play to everyone's best and achievements, so that the scientific research experiment can be successful.

Once you have made up your mind, you need perseverance. Some studies are clearly on the verge of success, but the result is regrettable. Other conditions, such as diligence, genius, money, etc.

The Seven Elements of Science (2006-05-31 17:36:42) Category:Teaching Accurately grasp the Seven Elements of Science Ask questions -- conjectures and hypotheses -- make plans and design experiments -- conduct experiments and collect evidence.

Categories: Education Academic Exams >> Admissions.

Problem description: There are three types of conditions

Analysis: First of all, it is necessary to have a preliminary research direction and a reasonable plan. A good start is often half the battle, and there are many studies that fail in the initial stages.

Second, possess as much material as possible in your field of study, especially the depth of knowledge of people who have been and present on the subject. Newton said that I can see farther because I am standing on the shoulders of giants. There are some issues that have already been studied before and are of little significance unless you have a new perspective.

At this stage, you have to decide whether you want to go down the path of "you say first" or "talk next". Third, after making a bad reputation, you need perseverance and perseverance. Some studies are clearly on the verge of success, but the result is regrettable.

Other conditions, such as diligence, genius, money, etc., are also necessary. It is better to have a good teacher to guide you, so that you will avoid many detours.

The three elements of science are clear goals, the process of experiments, and the results (1) The general process of scientific exploration: asking questions, making hypotheses, making plans, implementing plans, drawing conclusions, expressing and communicating Experimental data on the effect of water temperature changes on the number of respirations in goldfish:

The data in the table can be seen: in a certain temperature range, the water temperature increases, the number of respirations of the goldfish increases, and the number of respirations of the goldfish decreases when the water temperature decreases (2) The role of the control group is: to facilitate the exclusion of the possibility of affecting and interfering with the experimental results due to the presence of other factors The design principles of the control experiment are:

There can only be one variable in a set of controlled experiments In the measurement process, we generally use the method of taking the average parallel value of multiple measurements to reduce the error, so the answer is a stool: a clear goal, the process of the experiment, and the result; (1) Raise questions, implement plans, increase and decrease; (2) It is convenient to exclude the possibility of affecting and interfering with the experimental results due to the existence of other factors.

1.Ask questions about the experiment you're preparing;

2.Make assumptions based on your observations and life experiences in response to the questions you ask;

3.Discuss the plan with your group members;

4.Through group discussions, after determining the best ideas, it is necessary to formulate a specific plan and write out the materials, utensils and method steps;

5.When it is difficult to directly conduct experiments with research subjects, sometimes models are used to conduct experiments, that is, models are made by imitating experimental subjects, or.

Imitation experiments are also a commonly used method in scientific research. 6.Carefully record and analyze the process and results of ** and draw conclusions.

Experiments refer to the verification of scientific theorems and test results that have been identified, the results of some experiments are often known or determined, the purpose of experiments is to verify the results or find out the experimental conditions that are different from the results, and many times it is to educate or train students, so that learners can master certain scientific knowledge through experiments. At the same time, experiment is a noun, so we often say doing experiments and conducting experiments. However, experiments cannot be said to be all about confirming known results, and in many cases, they are also about finding new conditions and changing results that are no longer suitable, so as to have the same effect as experiments.

Personally, I think that you have basically grasped the theory and can implement it, and then verify the feasibility of your theory through practical operation.