Junior high school physics teaching thesis topic (teaching method) 1. On the Cultivation of Students' Innovative Ability in Physics Teaching
2. Talk about the art of physics classroom teaching in middle schools.
3. The best teacher who is interested in students' learning physics.
4. On the implied conditions of physical exercise.
5. Talking about the research-based learning in middle school physics teaching.
6. High school? Project research? Teaching case summary
7. A brief analysis of the basic concepts of middle school physics curriculum.
8. Talking about the cultivation of scientific literacy in physics education
9, the new middle school physics curriculum goal analysis (choose one)
10, Research on Aesthetic Education Textbooks in Middle School Physics Teaching
1 1, the cultivation of creative personality in physics teaching
12, Exploration of Cultivating Students' Self-study Ability in Physics Teaching
Scientific inquiry in physics teaching.
14, for the college entrance examination? Science synthesis? Reflections on subject reform
15, the idea of the quality structure of middle school physics teachers in the future
16, Evaluation of Current Physics Teaching Syllabus and Textbooks
17, teaching research of a physics concept or law in senior high school (electromagnetics, optics)
18, Reflections on the Continuing Education of Physics Teachers in Middle Schools
Comparison and evaluation between 19 and the new physics textbook for senior one.
20. On the formation and function of non-intellectual quality in physics learning.
Topic of junior high school physics teaching thesis (review) 1, entanglement and quantum communication review
2. Research progress in optical information storage of photorefractive materials.
3. Research status of nano-zinc oxide
4. Nano-scale quantum mechanics.
5. Looking at the thinking method of physics from the establishment of relativity.
6. Discussion on the ideological system from classical mechanics to quantum mechanics.
7. Analysis of development status and application prospect of photoelectric technology.
8. Discuss crystal birefringence (electromagnetics, optics) with Maxwell equations.
9. Calculate the heat conduction phenomenon of a ball with radius r (thermal and statistical physics).
10, discuss crystal birefringence (electromagnetics, optics) with Maxwell equations.
1 1. Calculate the intensity distribution of diffraction (single slit, circular hole) by Fourier transform (optics)
On the Ideal Model in Physics
13, making multimedia courseware (Flash/Authorware)
14, design of laser holographic experiment (optics)
15, Discussion on Aesthetic Problems in Physics (History of Physics)
16 and the design of automatic control system for four-story elevator
17, design of simple regulated DC power supply
The title of junior high school physics teaching thesis (experimental class) 1, the research of compound pendulum experimental instrument
2. Research on Yang's experimental instruments.
3. Improvement of liquid viscosity coefficient tester by falling ball method.
4. Discussion on the application of He-Ne laser in optical experiment teaching.
5. Discussion on the experimental skills of holography.
6. Processing of experimental data and calculation of measurement uncertainty
7. Problems and discussion in the synthesis of standard uncertainty.
8. Study on the relationship between steel wire shear modulus and torsion angle.
9. Basic methods of physical experiment measurement and analysis
Research on 10 centripetal force experimental device
1 1, Research on Experimental Device for Measuring Gravity Acceleration
12, research on experimental device of liquid surface tension
Application of 13 and MATLAB in acoustic experiment
Experimental study on nonlinear resistance characteristics of 14
15, design, manufacture and calibration of simple multimeter
16, measurement and study of negative resistance characteristics of bulk effect tube
17, experimental study of microwave optics
18, Application of Combined Measurement in Physical Experiment
19. improvement and research on the experimental method of measuring small deformation with resistance strain gauge.