Junior high school physics crazy, is there a good teacher to recommend?

pwd=1234 Extraction code: 1234 Introduction: Junior high school physics high-quality materials**, suitable for teachers at all stages, daily tutoring of students, sprint for the high school entrance examination, and skill improvement learning.

Teacher Jia Lanhua believes that when children have a certain preparatory knowledge of the content taught by the teacher, the classroom will often glow with children's vitality and make children have a strong interest in physics. Experiments have proved that students' poor learning is not because of poor intelligence, but because of the lack of accumulation in the learning process, because the difference between most students is not whether they can learn, but how fast or slow they learn.

When children do not have pre-physical concepts, that is, lack of effective physical reserves, they tend to be in a state of burnout in the classroom and their learning efficiency is often reduced. The junior high school physics micro-course of the Follow Me Physics Network was developed in response to this situation, and its use of **, animation, ** explanation undoubtedly has more advantages than traditional book materials.

Science is basic science, and the quantity and quality of original achievements in basic science determine the scientific level of a country, so science is the life of Chinese science. Science subjects include mathematics, physics, chemistry, biological sciences, astronomy, atmospheric sciences, electronic information sciences, and environmental sciences. The goal of the science department is to train high-level professionals engaged in scientific research, teaching, technology development and related management work.

Judging from the current development of higher education in China, laying a good foundation for undergraduate education is a growing consensus among the society.

Engineering is a discipline developed by applying the principles of basic sciences such as mathematics, physics, and chemistry, combined with the technical experience accumulated in production practice. Typical disciplines include civil engineering and construction, highways and bridges, machinery, water conservancy, electrician, automobile, electronics and information, thermal and nuclear energy, materials, instrumentation, environmental engineering, chemical and pharmaceutical, aerospace, etc. The engineering program aims to train high-level professionals engaged in design, manufacturing, technology development and management in related production and technology fields.

The status of science and engineering in the country's economic construction is very important. Due to the characteristics of the discipline, the number of science majors and the number of students trained are smaller than those of engineering majors, but they require more excellence. Science majors transfer to engineering at the graduate level, and graduates are recognized by the society because they have a solid foundation in science.

ScienceIt belongs to the research type, and the work place is mostly indoors, and the general destination is the research institute, but the requirements for academic qualifications are also higher;

EngineeringThere are more practical than theoretical, and you can achieve employment after graduating from the bachelor's degree, and most of them go to enterprises and institutions.

The former focuses on theoretical research, generally referring to fields such as mathematics, physics, chemistry, etc.; The latter is the application of theoretical linkage, which generally refers to fields such as mechanics, electronics, and engineering. The biggest difference between the two is that engineering takes application as the main purpose, and there are more practices; Science, on the other hand, is more theoretically deeper, although there are also subjects such as applied mathematics, but they are not as widely used as engineering!