Physics is an experimental science that studies natural phenomena and investigates how and why they occur. Scientific statements and laws must be continuously verified in practice and supported by experimental evidence. Therefore, laboratory work plays a significant role in the development of the general physics course.
The purpose of laboratory work is to observe natural phenomena, examine physical principles and laws studied in class, prove their validity in practice, and investigate physical phenomena.
The importance of conducting laboratory work is not limited to the practical verification or reinforcement of theoretical principles and laws. While performing laboratory work, students take their first steps in experimental activity, learn to determine the true value of quantities, their units of measurement, and how to evaluate them.
The 18 laboratory experiments предусмотренные в учебной программе are carried out using equipment from Pasco Scientific (USA).
Force Table and Mass Set
Velocity and Acceleration Experiment Set
Projectile Motion Apparatus
Rotational System
Resonance Tube
Thermal Expansion Apparatus
Thermal Conductivity Apparatus
Oscilloscope
Frequency Generator
Electric Circuit Experiment Board
Coil Set
Multimeter
DataStudio Software and Sensors
Smart Board
Investigation of vector addition;
Measurement of velocity, acceleration, and gravitational acceleration;
Experimental study of two-dimensional motion;
Experimental verification of Newton’s laws;
Investigation of circular motion and centripetal force;
Experimental observation of sound wave resonance;
Study of thermal expansion and thermal conductivity;
Measurement of resistance, voltage, and current;
Experimental study of Ohm’s and Kirchhoff’s laws;
Investigation of the properties of diodes, transistors, capacitors, and transformers in a circuit;
Performing physical experiments on a computer using DataStudio software and sensors.