Scientific experiments are the source of theory, the cornerstone of natural science, and the foundation of engineering technology. As a national-level first-class course, this course incorporates various experimental learning methods such as online learning, virtual simulation, and traditional experimental methods. It explores the learning experience of experimental courses amidst the digital transformation of education, aiming to nurture scientific experimental competencies and scientific literacy within the context of informatization.
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Syllabus
- Section 1: The Preparation Knowledge of College physics Experiment
- Section 2: The Length Measurement Experiment
- Section 3: Density measurement
- Section 4: Current-voltage characteristics of linear and nonlinear resistors
- Section 5: Measuring Gravitational Acceleration Using a Simple Pendulum
- Section 6: Hooke’s Law
- Section 7: Measuring Young’s Modulus by the Tensile Test Method
- Section 8: Equal Thickness Interference Experiment
- Section 9: Measuring Specific Heat Capacity Ratio of Air
- Section 10: Measurement of coefficient of linear expansion
- Section 11: Stationary Wave Experiment
- Section 12: Mapping electrostatic field by simulation method
- Section 13: Bridge circuits
- Section 14: Millikan's Oil Drop Experiment
- Section 15: Demonstration Experiment
- Final Exam
Taught by
Heilongjiang Institute of Technology