2, teaching materials: personal recommendation version. Although the construction version is detailed, it is not suitable for short-term review. Moreover, large-scale exercises are generally calendar year problems.
3. Time and energy: One or two weeks of review time is only applicable to people with solid basic skills.
4. Yun Zhou's question: Be sure to do it again, and sum up your reflection by doing the question.
5, simulation questions: find three sets, do it one month before the exam. Judge your own level and find the weak links.
6. Exam knowledge points: For example, if a chapter in a certain subject accounts for a few points, you must count it out, focus on it, and be aware of it. There are two sources: one is through the teacher channel of the remedial class; The second is to count by yourself through previous years' examination questions.
7. Examination questions over the years: Be sure to get the latest set, and some books will come with a set of examination questions.
8, high number: 24 points, key points. Teachers in remedial classes can make people with weak foundation improve 5 ~ 10 points in a week. I should concentrate on reading the original and Yun Zhou's exercises. As long as you master the score distribution of each chapter and refer to it, you can score. This course must take time to concentrate and do many problems.
9, physics: according to the big version, it is generally not difficult to do well, just based on the principle of change.
10, Chemistry: Strictly master the laws of reference books, do every exercise well and reflect on the laws of chemistry. This course is best to listen to remedial classes. Several formulas were directly summed up by the teacher. For example, you need about 65,438+00 minutes, such as the relationship between Ksp and S. The key of this lesson is to understand the principles of chemistry and use them flexibly.
1 1, Li Li: the place where science scores. The teachers in the study class will give you great benefits.
12, mechanics of materials: many parts depend on the original work. Understand the examples in the original work and do Yun Zhou exercises well.
13, Fluid Mechanics: Many people have not studied this course. In fact, as long as it takes three weeks, this course is the easiest to get points. (It is best to read the original textbook and get a comprehensive understanding. The textbook of Tianda Edition is very good, covering all aspects. Don't do too complicated questions, there will be more complicated ones. This chapter of dimensional analysis is more difficult, which can simply involve the following.
14, building materials: the main place to get points. Be sure to do your own questions and know the test sites. Because the Tianda version is complete, but the test center of this course may need you to read it sentence by sentence. It is impossible not to do all the questions.
15, electrotechnics: even if you don't read books, you will get about 4 points against the examination manual. It's been like this for two years in a row. I wonder if there will be any reform next year.
16, engineering economy: the new syllabus is basically a calculation problem, so you have to be able to do it, not the way you used to test conceptual problems. 17, computer: no score. Test 98, the numerical method was deleted, which is generally more difficult. Normal people will get about 7 points in the exam. Suggestion: See the basic training course of computer application (the one given by engineers) for 98 questions, and FORTRAN programming (level 2) course for Tan Haoqiang version for programming language. I didn't gain much from listening to the remedial class in the procedure of this course.
18, structural mechanics: less calculation, more concepts, mainly analysis. Many questions are confusing. Just because you read the structural principle doesn't mean you will use it to do the questions. Key points, accounting for 30 points, must be scored. It depends on the original.
19, soil mechanics: everyone who has not avoided the structure is familiar with it. To understand the distribution of knowledge points, it is best to look at the original. This year, the original book has the original sentence, but there is no tutorial.
20. Engineering survey: We must master the contents of each chapter of the review reference book by "doing the problem".
2 1, Concrete, Masonry, Steel Structure: Less calculation, basically not tested (before 2004), all conceptual questions, look at the original (textbook), standardize those concepts and structures.
22. Structure: There are many conceptual problems, so review them according to the knowledge points.
23. Test: Tianda Edition+Zhou Yunzu.
24. Laws and regulations: print out the main laws and regulations (available online), browse them a few days before the exam and do a few questions to understand them.
25, simulation questions: must be done, through the simulation questions to master the speed, the lack of their own answers, the current level. Note that many questions seem simple, but if you don't carefully examine them, you will easily make mistakes. I was careless at the moment and regretted it after the exam.
26, time: there is basically no time to check in the morning. Answer in 2 hours in the afternoon, like this.
27, exam manual: the mathematical formula is very complete, basically there are, you can get a few points directly; Physics has only a few basic formulas (sound intensity, velocity distribution, velocity, collision frequency, adiabatic work expression); Chemistry (vapor pressure osmotic pressure, boiling point, freezing point, Nieus, rate and temperature, equilibrium constant and temperature, Nernst, periodic table, electrode potential table); Theoretical forces include composition of intersecting force system, equilibrium equation, sliding friction, friction angle, self-locking, gravity center formula, motion formula of point, rotation of rigid body on fixed axis, composition of point, translation formula of rigid body, differential equation of kinematics, momentum theorem, momentum theorem, kinetic energy theorem of momentum moment, D'Alembert principle, virtual displacement principle, single-degree-of-freedom vibration, etc. Material force: each chapter has simple formulas, including deflection and rotation angle formulas of cantilever beam and simply supported beam, and critical force formula of compression bar; Flow force: each chapter has a basic formula, plus modi diagram; Electrotechnics: relatively complete; Economy: only the basic formulas and charts for calculating the compound interest of capital value; Structural mechanics: less, but there are fixed-end bending moment and shear force formulas; Soil mechanics: there are only a few basic formulas; There are only a few tables in structural design, which are generally not used, including seismic grade table and reinforcement area table; Construction: Calculate sheet pile hypothesis, well point formula, pouring quantity, cold drawing capacity formula, completed length of prestressed reinforcement, minimum pole length of crane, fixed shot flow time limit for a project, and general professional flow time limit for a project.