2000, ISBN: 7562814783

Taschenbuch

[EAN: 9787562814788], Neubuch, [PU: East China University of Science and Technology Press], Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the … Mehr…

[EAN: 9787562814788], Neubuch, [PU: East China University of Science and Technology Press], Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback Pages Number: 300 Language: Simplified Chinese Publisher: East China University of Technology Press; 1st edition (February 1. 2004). Physics is a university physics course materials prepared for the higher technical institutions. In order to adapt to the needs of the current teaching reform. with less length covers mechanics. the basic theory of electromagnetism. wave. optical. thermal and quantum physics. The book is 14 chapters. each chapter with exercises (with answers). Physics seeks to appropriate selection. focused. prioritized in order to achieve the teaching tilapia purpose of Full-time colleges and correspondence of the physics can be used as the engineering college level and low hours of undergraduate (about 60 to 70 hours). night schools. vocational. occupational. such as adult or distance higher education teaching materials. may also be used to participate in readers of self-examination of higher education as a self-learning books. 2.2 Mechanics of the basic laws of Contents: Preface 1 particle kinematics 1.1 reference frame and coordinate system vector. displacement and distance 1.2 speed acceleration 1.3 straight-line movement 1.4 Projectile Motion 1.5 circular motion 1.6 simple harmonic motion exercises particle dynamics 2.1 Newton's laws common of several people 2.3 Newton's Law of Application Example Problem 3 machinery can keep the law of momentum conservation law of 3.1 power kinetic energy theorem 3.2 conservative force system's potential energy 3.3 system's function theorem machinery can conservation law of conservation of energy law of 3.4 red amount and momentum of the particle's momentum theorem 3.5 system momentum theorem of momentum conservation law of 3.6 Collision Problem 4 rigid body fixed axis rotation 4.1 rigid body basic movement 4.2 rigid body's rotation function of rotation inertia 4.3 Torque rotation law of 4.4 angle momentum theorem angle momentum conservation law of 4.5 torque of the power rigid body fixed axis rotation of the kinetic energy of quantitative library positions in the law of the Problem 5 Fluid Dynamics Introduction 5.1 fluid pressure 5.2 ideal fluid continuity equation 5.3 ideal fluid with a steady flow of Bernoulli's equation 5.4 the actual fluid steady flow the Bernoulli equation in Problem 6 static sound 6.1 vacuum 6.2 electric field electric field intensity 6.3 electrical power Joule's law the energy of the electrostatic field exercises flux Gauss theorem 6.4 EMF 6.5 electrostatic field in the conductor and dielectric capacitor 6.6 Selected Readings of the material static and prevention 7 constant current density of 7.1 current intensity current 7.2 Ohm's law 7.3 Current 7.4 EMF section of the circuit containing the source. Ohm's law 7.5 Kirchhoff's Law Problem static magnetic field 8.1 magnetic field strength of the magnetic induction of 8.2 flux Gauss theorem 8.3 Biot Sa Laval's law and its application 8.4 Ampere theorem 8.5 the magnetic field on moving charges 8.6 The role of magnetic field 9.1 8.7 substance of the current role of magnetic exercises the basic concepts of electromagnetic induction electromagnetic field the basic laws of electromagnetic induction 9.2 motional electromotive force induced emf 9.3 9.4 magnetic field self-inductance and mutual inductance energy 9.5 displacement current Maxwell electromagnetic field theory the basic concepts of exercise Readings material sensor 10 fluctuations in 10.1 spring oscillator mechanical wave 10.2 describe mechanical waves. some physical wave geometric representation of the 10.3 plane harmonic wave fluctuations in expression of energy 10.4 Huygens principle of wave diffraction. reflection and refraction of 10.5 wave interference 11 10.6 10.7 electromagnetic acoustic ultrasonic oscillating electromagnetic wave exercises wave optics 12 thermodynamics 13 gas dynamic theory About 14 quantum physics ProfileFou, Books<

2004, ISBN: 7562814783

Taschenbuch

[EAN: 9787562814788], Neubuch, Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback Pages Number: 300 Language: Simplified Chi… Mehr…

[EAN: 9787562814788], Neubuch, Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback Pages Number: 300 Language: Simplified Chinese Publisher: East China University of Technology Press; 1st edition (February 1. 2004). Physics is a university physics course materials prepared for the higher technical institutions. In order to adapt to the needs of the current teaching reform. with less length covers mechanics. the basic theory of electromagnetism. wave. optical. thermal and quantum physics. The book is 14 chapters. each chapter with exercises (with answers). Physics seeks to appropriate selection. focused. prioritized in order to achieve the teaching tilapia purpose of Full-time colleges and correspondence of the physics can be used as the engineering college level and low hours of undergraduate (about 60 to 70 hours). night schools. vocational. occupational. such as adult or distance higher education teaching materials. may also be used to participate in readers of self-examination of higher education as a self-learning books. 2.2 Mechanics of the basic laws of Contents: Preface 1 particle kinematics 1.1 reference frame and coordinate system vector. displacement and distance 1.2 speed acceleration 1.3 straight-line movement 1.4 Projectile Motion 1.5 circular motion 1.6 simple harmonic motion exercises particle dynamics 2.1 Newton's laws common of several people 2.3 Newton's Law of Application Example Problem 3 machinery can keep the law of momentum conservation law of 3.1 power kinetic energy theorem 3.2 conservative force system's potential energy 3.3 system's function theorem machinery can conservation law of conservation of energy law of 3.4 red amount and momentum of the particle's momentum theorem 3.5 system momentum theorem of momentum conservation law of 3.6 Collision Problem 4 rigid body fixed axis rotation 4.1 rigid body basic movement 4.2 rigid body's rotation function of rotation inertia 4.3 Torque rotation law of 4.4 angle momentum theorem angle momentum conservation law of 4.5 torque of the power rigid body fixed axis rotation of the kinetic energy of quantitative library positions in the law of the Problem 5 Fluid Dynamics Introduction 5.1 fluid pressure 5.2 ideal fluid continuity equation 5.3 ideal fluid with a steady flow of Bernoulli's equation 5.4 the actual fluid steady flow the Bernoulli equation in Problem 6 static sound 6.1 vacuum 6.2 electric field electric field intensity 6.3 electrical power Joule's law the energy of the electrostatic field exercises flux Gauss theorem 6.4 EMF 6.5 electrostatic field in the conductor and dielectric capacitor 6.6 Selected Readings of the material static and prevention 7 constant current density of 7.1 current intensity current 7.2 Ohm's law 7.3 Current 7.4 EMF section of the circuit containing the source. Ohm's law 7.5 Kirchhoff's Law Problem static magnetic field 8.1 magnetic field strength of the magnetic induction of 8.2 flux Gauss theorem 8.3 Biot Sa Laval's law and its application 8.4 Ampere theorem 8.5 the magnetic field on moving charges 8.6 The role of magnetic field 9.1 8.7 substance of the current role of magnetic exercises the basic concepts of electromagnetic induction electromagnetic field the basic laws of electromagnetic induction 9.2 motional electromotive force induced emf 9.3 9.4 magnetic field self-inductance and mutual inductance energy 9.5 displacement current Maxwell electromagnetic field theory the basic concepts of exercise Readings material sensor 10 fluctuations in 10.1 spring oscillator mechanical wave 10.2 describe mechanical waves. some physical wave geometric representation of the 10.3 plane harmonic wave fluctuations in expression of energy 10.4 Huygens principle of wave diffraction. reflection and refraction of 10.5 wave interference 11 10.6 10.7 electromagnetic acoustic ultrasonic oscillating electromagnetic wave exercises wave optics 12 thermodynamics 13 gas dynamic theory About 14 quantum physics ProfileFou<

2004, ISBN: 9787562814788

East China University of Science and Technology Press. paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback.… Mehr…

East China University of Science and Technology Press. paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2004 Pages: 300 Language: Chinese in Publisher: East China University of Science and Technology Publishing House physics prepared for higher technical institutions for university physics course materials. In order to meet the needs of the current teaching reform. less coverage covers the main content of the basic theory of mechanics. electromagnetism. wave mechanics. optical. thermal and quantum physics. The book of 14 chapters. each with exercises (with answers). Physics... Satisfaction guaranteed,or money back., East China University of Science and Technology Press, 6<

2000, ISBN: 7562814783

[EAN: 9787562814788], Neubuch, [PU: East China University of Science and Technology Press], Paperback. Pub Date: 2004 Pages: 300 Language: Chinese in Publisher: East China University of S… Mehr…

[EAN: 9787562814788], Neubuch, [PU: East China University of Science and Technology Press], Paperback. Pub Date: 2004 Pages: 300 Language: Chinese in Publisher: East China University of Science and Technology Publishing House physics prepared for higher technical institutions for university physics course materials. In order to meet the needs of the current teaching reform. less coverage covers the main content of the basic theory of mechanics. electromagnetism. wave mechanics. optical. thermal and quantum physics. The book of 14 chapters. each with exercises (with answers). Physics., Books<