本课程在教学安排上从力、热、电、光基础实验中选取物理思想清晰、设计思想

本课程在教学安排上从力、热、电、光基础实验中选取物理思想清晰、设计思想精巧、实验方法典型的一组实验，着重实验的基础知识基础方法，以实践训练为主，培养学生实验能力，通过物理实验绪论、物理仿真实验、常用物理仪器的使用、牛顿第二定理实验、自由落体运动实验、冰的融化热的测量、液体比热容的测定、混合法固定的比热容、电热法测热功当量、电子示波器的使用、单臂电桥实验、伏安法则二极管的特性、用板式电势差计测量电池的电动势和内阻、电静场的描绘、迈克尔逊干涉仪的调节与使用、光的偏振和衍射实验、平行光管的调整、薄透镜焦距的测定及其成像规律的研究、液体折射率的测定、碰撞的研究、刚体转动的研究、金属丝应力特征的研究、声速的测量等实验培养学生运用物理理论对实验现象进行分析判断的能力。

結果 (英文) 1:

The course in the teaching arrangements from the force, heat, electricity, light, select the basic experimental physical ideas clear, compact design, experimental methods typically a set of experiments, focusing on the basics of experiments based approach to practice-based training, students laboratory capabilities, through physical experiments introduction, physics simulation, Common physical instrument use, Newton's second theorem experiment, free fall experiment, the melting of ice thermal measurements, the liquid specific heat capacity measurement, mixing fixed specific heat capacity, electric method to measure mechanical equivalent of heat, the use of a digital oscilloscope, Wheatstone bridge experiments, VA rule diode characteristics,Potential difference with plate measuring cell emf and internal resistance, electric static field that depict Michelson interferometer regulation and use of light polarization and diffraction experiments, the adjustment of the collimator, Determination and thin lens focal length imaging laws research, measuring the refractive index of the liquid, collision studies, rigid body rotation of the wire stress characteristics of the sound velocity measurements and other experimental train students to use physical theory to analyze experimental phenomena judgment.

結果 (英文) 2:

This course in the teaching arrangement from the force, thermal, electrical, optical based experiment design ingenious, clear physical conception, typical experimental method experimental group, focuses on the basic knowledge of basic experimental methods, with practical training, train the ability of the students, through the preface of physics experiment, physical simulation experiment, common physical instrument using Newton theorem, second experiments, the motion of free falling body experiment, the melting of the ice thermal measurement, the specific heat capacity of liquid, the determination of mixed method fixed heat capacity, electric heating method to measure the mechanical equivalent of heat, usage of the oscilloscope, Wheatstone bridge experiment, volt ampere law diode characteristics,With potentiometer measuring electromotive force and internal resistance, electric static field description, the adjustment of Michelson interferometer and use, polarization of light and diffraction experiments, parallel light pipe adjustment, determining the focal length of thin lens and imaging study, the refractive index of liquid determination, collision research, research, the rigid body rotation study on the characteristics of wire stress, velocity measurement to train students to use physical theory to the experimental phenomena of judgment and analysis ability.

結果 (英文) 3:

This courses in teaching arrangements Shang from force, and hot, and electric, and light based experiment in the Select physical thought clear, and design thought finely, and experiment method typical of a group experiment, focuses on experiment of based knowledge based method, to practice training mainly, training students experiment capacity, through physical experiment introduction, and physical simulation experiment, and common physical instrument of using, and Newton second theorem experiment, and free fall experiment, and ice of melting hot of measurement, and liquid than heat of determination, and mixed law fixed of specific heat, and electric law measuring mechanical equivalent of, and Electronic Oscilloscopes, Wheatstone bridge experiments, v-law characteristics of diode,With plate responds to meter measurement battery of electric potential and resistance, and electric empty a theater of portrayed, and Michelson interference instrument of regulation and using, and light of polarization and diffraction experiment, and parallel light tube of adjustment, and thin lens focal length of determination and imaging law of research, and liquid refraction rate of determination, and collision of research, and rigid body turned of research, and wire stress features of research, and sound of measurement, experiment training students using physical theory on experiment phenomenon for analysis judgment of capacity.