Tongji University press Wang Dianyuan, Xie Weijun
Price:28.00 Filesize:13.8MB Pages:274
Physics is a natural science based on experiments, higher school science and engineering majors students important general education courses.The basic concept, to teach the courses of the basic theory and methods is an important part of the scientific literacy of students, is the basic skills necessary for a science and engineering and technical personnel.At the same time, University Physics Course in training students to establish a scientific world outlook, enhance students' ability to analyze and solve problems, cultivating student's exploration spirit and innovation consciousness, has an important role can not be substituted by other courses. book is the basic requirement of teaching physics curriculum university according to the Ministry of Education released the latest unphysical Polytechnic, referring to the excellent university physics teaching materials, combining with the teaching reform and practice experience for years, by more than the rich teaching experience of teachers prepared.Generally speaking, book in preparation process and strive to do the following: in content arrangement, and fully guarantee the new "basic requirements" of a knowledge point, especially the important sections, at heavy ink state; at the same time for class B knowledge point, also according to need, selectively as appropriate to expand. in the description, basic knowledge, basic concepts of physics clearly stated, the basic principle and the law as well as the physical images clearly reveal, and light theorem and the law of complex mathematical derivation.In order to make the reader some physics ideas and methods from experience. in the reading material, to contact the engineering practice and the frontiers of science principle, a reflection of modern physics achievements and its application in the field of science and technology in to stimulate students in natural sciences, physics and other interest. due consideration to the needs of bilingual teaching, an important physical term first appeared in the book with English notes, to meet the needs of different students and teachers in Colleges and universities. published the book, two volumes, volume one includes first mechanics, second pieces of mechanical vibration and mechanical wave, third heat; 2 including fourth electromagnetics, fifth optical and sixth modern physics.In addition to the end of each chapter in the book reading materials for students, where the crown * section for teachers are selected according to the number of hours and professional needs. the book is edited by Wang Dianyuan, Xie Wei-jun, tide start, Yu Aoqiu associate editor, participated in the preparation of the staff, Yu Jianmin, Wang Dianyuan, Xu Gaoping, Liu Jianqiang, the tidal part of Yellow River dragon, Xie Tiancheng, sentinel. in the preparation process of the book editor, support from school leaders.At the same time, at the time of writing refer to the relevant books and literature, also like to express our sincere gratitude.
General physics is the basic requirement of teaching physics curriculum university according to the Ministry of Education released the latest unphysical Polytechnic, referring to the excellent university physics teaching materials, combining with the teaching reform and practice experience for years, by more than the rich teaching experience of teachers prepared.In the content arrangement, and fully guarantee the new "basic requirements" of a knowledge point, while the 8 kind of knowledge also selectively appropriate development. book is divided into two volumes, volume, including mechanical, mechanical vibration and mechanical wave, heat, which increases the fluid mechanics, mechanics and the special theory of relativity; 2 including electromagnetics, optics and modern physics, the optical increased the geometrical optics, the introduction to nuclear and particle physics in modern physics in.Each chapter is followed by exercises and reading materials, the book with exercises reference answers. book is clear, concise language, knowledge system, reasonable structure, heavy physical thoughts and physical image, readable and interesting are very strong.Can be used as teaching materials science, engineering and medical colleges and universities such as the university physical education specialty, and can be used as correspondence, evening college, network education, higher vocational education and teaching book for self-study examination of higher.
The fourth chapter electromagnetism 13 electrostatic field in vacuum 13.1 charge Coulomb's law 13.1.1 charge 13.1.2 Coulomb's law 13.2 electric field 13.2.1 electric field intensity electric field of 13.2.2 13.2.3 electric field intensity electric field strength superposition principle of 13.3 flux electrostatic field Gao Siding 13.3.1 electric field line 13.3.2 flux 13.3.3 Gauss theorem of 13.4 circuital theorem of electrostatic field 13.5 electric potential energy potential 13.5.1 electric potential 13.5.2 potential 13.6 13.5.3 potential superposition principle of electric field strength and electric potential between 13.6.1 equipotential surface 13.6.2 electric field strength and electric potential between readings on the point charge Cavendish interactions of exercise 1314 conductor and dielectrics in electrostatic field 14.1 conductor in electrostatic field 14.1.1 electrostatic equilibrium of conductor 14.1.2 electrostatic shielding 14.2 electrostatic field in dielectric 14.2.1 dielectric polarization 14.2.2 electric polarization 14.2.3 medium when the Gauss theorem of 14.3 capacitor and capacitor 14.3.1 isolated conductor capacitance capacitors 14.3.2 14.3.3 capacitor connected 14.4 electrostatic energy 14.4.1The charge of the interaction energy of 14.4.2 capacitor energy 14.4.3 electrostatic field energy reading material piezoelectric electret exercise 1415 constant magnetic field 15.1 constant current 15.1.1 current and current density 15.1.2 current continuous equation and steady condition < br>15.1.3 electromotive force 15.2 magnetic induction intensity 15.2.1 magnetic phenomena 15.2.2 magnetic induction intensity 15.2.3 magnetic induction line 15.3 the Salal law 15.3.1 the Salal law 15.3.2 movement of charged magnetic field 15.4 Gauss theorem in magnetic field 15.4.1 flux 15.4.2 Gauss theorem in magnetic field 15.5 Ampere circuital theorem of 15.6 magnetic field on the motion of charged 15.6.1 charged particles moving in the magnetic field of magnetic field on the 15.6.2 application examples 15.7 current-carrying wires 15.7.1 ampere force 16 electromagnetic induction electromagnetic Shu fifth optical 17 geometric optical 18 interference of light 19 light diffraction 20 light polarization sixth 21 early quantum theory of modern physics 22 quantum mechanics 23 introduction to nuclear and particle physics exercises referenceThe answer reference
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